III. Matrix block: LAND CHARACTERISTICS (LCH)

This matrix block contains all kinds of land characteristics (LCH) that further describe and give more detailed aspects and information to either land cover elements, land use types, or more general geographic properties or geometric and temporal parameters. These characteristics are also structured hierarchically in many segments, which have their own heading. The order of LCH relates roughly to the sequence of LCC (Abiotic, Biotic, Water) and LUA (Land Management = Agriculture, Forestry, Mining, etc.) as they appear listed in the matrix, followed by and more neutral aspects like status, spatial patterns, geometric and temporal object characters.

1 Built-up Characteristics

1.1 Soil sealing degree

Data type: integer percentage value

The parameter for soil sealing degree indicates the proportion of sealed surface in relation to a given spatial unit that it refers to. The soil sealing degree is therefore express with percentage values. An example for such a dataset is the Copernicus product High Resolution Layer for Imperviousness (“Soil Sealing”).
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1.2 Built-up Pattern

Data type: code list

The category of built-up patterns describes the size and distribution of buildings in space. Five different variations of built-up patterns can be distinguished.
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1.2.1 scattered single houses, discontinuous

Data type: code list value

The area characterized with this built-up pattern contains some few buildings, which are distributed in space with clear distance between them. The houses are not dominant features in the area. This character is meant to be applied in sparsely populated rural areas.
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1.2.2 single blocks, discontinuous

Data type: code list value

The area characterized with this built-up pattern contains buildings of large size with several floors and can have more than one entry door. The need for efficient usage of space for apartments or offices results often in the being built high. The buildings normally have some free space in between them for day light and fresh air circulation. Typically these block buildings occur in urban agglomeration zones and give housing or office room for a relatively high number (hundreds and more) of persons. An extreme example is a sky-scraper.
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1.2.3 suburban row houses, terraced, semi-detached houses

Data type: code list value

This built-up pattern occurs mainly in suburban parts of settlements. A significant part of the parcel is occupied by house gardens. The front of houses may be closely constructed, but the bigger part of the total area is not sealed.
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1.2.4 city street blocks, closed front

Data type: code list value

This built-up pattern occurs mainly in city centers and densely populated city quarters. A street block is here considered as the area surrounded by streets on all sides. The street block is continuously filled with buildings side to side along the street. Typically, the houses have 2 or more stores. The house fronts along the streets closed with buildings with no room between them. Also the backyards are mainly occupied with sealed surfaces. Some vegetated parts may occur in the inner part of the block.
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1.2.5 large complex buildings, big halls

Data type: code list value

This kind of building type embraces very large buildings which cover several thousands of square meters and are mainly stand-alone objects, or parts of large industrial areas.
Examples: football stadium, congress hall, Cathedral, airport terminals, train stations etc.
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1.3 Building Nature

Data type: code list

In this character type the nature of a building is expressed. It is based on the INSPIRE data specifications on buildings (BU) and addresses building sub-types like arch, bunker, canopy, castle, cave building, chapel, church, greenhouse, lighthouse, mosque, shed, silo, stadium, synagogue, temple, tower, windmill. The list can be extended.
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1.3.1 Building Nature Value

Data type: code list value

This character is connected to LCC 1.1.1.1.2 Specific buildings~~Specific~~ ~~buildings~~ and can be used to further describe it. For practical reasons the code list values from INSPIRE theme Buildings are not listed here entirely.
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1.4 Other Construction Nature

Data type: code list

In this character type the nature of artificial constructions other than buildings is expressed. It is based on the INSPIRE data specifications on OtherConstructionNatureValue and addresses construction types like acoustic fence, antenna, bridge, dam, chimney, city wall, crane, storage tank, monument, open air pool, protective structure, pylon, retaining wall, solar panel, substation, tunnel, wind turbine. The list can be extended.
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1.4.1 Other Construction Nature Value

Data type: code list value

This character is connected to LCC 1.1.1.2 specific structures and facilities~~specific structures and facilities~~ and can be used to further describe it. For practical reasons the code list values from INSPIRE theme Buildings are not listed here entirely.
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1.5 Artificial Surface Material Type

Data type: code list

This category contains a list of man-made surface material, which are common in urban and settlement fabric. It is basically meant to address soil sealing materials and roof materials. As some material both can occur on the ground and on roofs, the code list shall be used for both possible locations. In terms of data model relations, these characters are supposed to be used either in connection with LCCs of Sealed or Non-Sealed Artificial Surfaces. The list contains categories and sub types, which both can be used as a value to characterize an LCC, depending on available information details about the material itself.
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1.5.1 Mineral Compound

Data type: code list value

Mineral Compounds are artificial materials made out of mined earthen matter that is processed by mixing several components and/or adding water or heat.
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1.5.1.1 glass

Data type: code list value

1.5.1.2 ceramic, clay tiles, bricks

Data type: code list value

Ceramic is a form of burnt clay minerals, which is used e.g. for tiles or bricks.

1.5.1.3 concrete

Data type: code list value

1.5.1.4 asbestos fibre cement

Data type: code list value

1.5.1.5 non-asbestos fibre cement

Data type: code list value

1.5.2 Solar Panels

Data type: code list value

1.5.3 Metal

Data type: code list value
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1.5.3.1 Copper

Data type: code list value

1.5.3.2 Zinc

Data type: code list value

1.5.3.3 Aluminium

Data type: code list value

1.5.3.4 Steel

Data type: code list value

1.5.3.5 Iron

Data type: code list value

1.5.3.6 Lead

Data type: code list value

1.5.4 Hydrocarbon Compound

Data type: code list value

Hydrocarbon compounds are artificial materials that are based on crude oil. They are the residues of refined mineral oil after extraction the more volatile substances. Sometimes mixed with mineral fragments (sand, gravel) they are used to on artificial surfaces like roads or roofs to seal and/or harden them, to make them impermeable.
Practically, such surfaces can also have a natural origin, where mineral oil emerges by nature on the surface, combines with sands, and hardens out to some kind of natural asphalt, but those spots are very rare.
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1.5.4.1 Tar

Data type: code list value

1.5.4.2 Asphalt

Data type: code list value

1.5.4.3 Bitumen

Data type: code list value

1.5.5 Polymer, Plastic, Synthetic Fibre

Data type: code list value

This segment lists artificial materials that are artificially created by chemical processing of solid hydrocarbon-based components but also other substances in an industrial manner. Polymers are formed out of monomers through polyreactions.
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1.5.5.1 hard rubber

Data type: code list value

1.5.5.2 hard plastic

Data type: code list value

1.5.5.3 plastic foil

Data type: code list value

1.5.5.4 synthetic fibre

Data type: code list value

1.5.6 Mineral Material

Data type: code list value

These kinds of mineral materials come out of quarries, mountain slopes, mining lakes, river beds, sand dunes, beaches or any other natural mineralization or sedimentation ground in an unchanged form without any chemical processing besides extraction the material itself. They are basically stones from geological formations or volcanic activities in different fragmented, bigger or smaller sizes and shapes.
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1.5.6.1 natural stone

Data type: code list value

1.5.6.2 slate

Data type: code list value

1.5.6.3 pebbles, gravel

Data type: code list value

1.5.6.4 sand

Data type: code list value

1.5.6.5 ashes, slag

Data type: code list value

1.5.7 Organic

Data type: code list value
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1.5.7.1 Wood

Data type: code list value

1.5.7.2 Reed, straw, leaves

Data type: code list value

1.6 Artificial Surface Material Arrangement

Data type: code list

This list contains some types of material arrangements which indicate how the materials itself or elements made out of a chosen material are put together, be it on ground surface or on roofs.
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1.6.1 seamless sealing

Data type: code list value

The material brought onto surface in a seamless manner without any interruption in form of a continuous layer.
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1.6.2 closed pavement

Data type: code list value

The material brought onto surface in form of single elements that have direct contact to each other. In between, they build seams, but no gaps.
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1.6.3 permeable paving, grass pavers

Data type: code list value

The paving material (impermeable itself) is arranged in such a manner that water can infiltrate in between the elements through a pattern of small gaps.
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1.6.4 tiles

Data type: code list value

The paving or roofing material is arranged in form of tiles, that may or may not overlap partly with each other.
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1.7 Building Greening Type

Data type: code list

This category applies for greening measures on buildings and constructions on roof tops and theoretically also on facades.
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1.7.1 Greened Roof

Data type: code list value

This character applies for roof tops that are greened with vegetation.
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1.7.1.1 Low Growing Roof Vegetation

Data type: code list value

This character applies for roof tops that are greened with low growing vegetation like herbaceous plants, lichens and mosses, or dwarf shrubs.
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1.7.1.2 High Growing Roof Vegetation

Data type: code list value

This character applies for roof tops that are greened with high growing vegetation like woody plants such as trees and bushes. They may appear as a roof gardens.
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1.8 Transportation Network Characteristics

Data type: code list value

This segment contains a number of characteristics that apply for the transportation land use sector.
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1.8.1 Road Network Type

Data type: code list

This category contains a list of characteristics that indicate the main mean of road transportation as road network type, including pedestrian walk ways and cycle ways.
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1.8.1.1 Fast Transit Road, Highway

Data type: code list value

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1.8.1.2 Pedestrian Zone

Data type: code list value

This area is reserved for pedestrians only, sometimes also open for bicycles. Motorized traffic is forbidden or restricted to a very limited extent (e.g. logistics for retails shops). Normally, pedestrian zones are located in city centers, squares or shopping streets and often occupy the entire open space between buildings or artificial surfaces in that so assigned area.
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1.8.1.3 Associated Walk- Or Cycleway

Data type: code list value

Linear part of the transportation road network which is associated to a road and runs parallel to the road, can be separated from it by a narrow strip of vegetation. It is used for pedestrians and/or as bicycles lanes.
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1.8.1.4 Walk- and Cycleway

Data type: code list value

Linear part of the transportation network which is used both for pedestrians and as bicycles lanes. It has its own track, independent and in some distance from a road.
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1.8.1.5 Cycleway

Data type: code list value

Linear part of the transportation network which is used only as bicycles lanes.
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1.8.1.6 Walkway

Data type: code list value

Linear part of the transportation network which is foreseen only for pedestrians.
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1.8.1.7 Open Square

< Data type: code list value

Non-linear part of the transportation network, mostly with a rectangular or rounded shape. Squares can have a broad variety of spatial extent. They may be assigned to pedestrian zone, or can also function as a roundabout in road traffic.
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1.8.2 placeholder>

1.8.3 <placeholder>

1.8.4 Harbour Type

Data type: code list

This category contains a number of characteristics that apply for the shipping transportation sector, especially for areas where ships and vessels can dock or be loaded/unloaded .
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1.8.4.1 Cargo Port

Data type: code list value

Port where traded goods are shipped in and out. Usually, container terminals are associated with cargo ports.
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1.8.4.2 Passenger Port

Data type: code list value

Port where people are shipped in and out as passengers.
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1.8.4.3 Fishing Port

Data type: code list value

Port for ships that bring seafood from there fishing tours in the open sea.
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1.8.4.4 Naval Port

Data type: code list value

Port for military ships.
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1.8.4.5 Marina

Data type: code list value

Port for yachts and sport boats, for reciational and leisure purpose.
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1.8.4.6 Local Multifunctional Harbour

Data type: code list value

Port which is not specified or restricted to a specific type of ships, or boats and serves multiple harbor functions.
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1.8.4.7 Shipyard

Data type: code list value

Areas at the shore or along rivers, normally associated to a port, where vessels are built, maintained or repaired. For that purpose, vessels are fixed in a normal dock (floating in water) or in a dry dock, without water contact.
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1.8.4.8 Jetty

Data type: code list value

Lengthy man-made construction towards the sea as a landing stage connected to the shore line, where vessels can dock to be loaded and unloaded, or passengers can go on and off board. Jetties are also to unload explosive or hazardous substances like mineral gas or oil, in a secure distance from vulnerable infrastructure on land.
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2 Physical Characteristics

2.1 Permafrost zone

Data type: Boolean value

Area where the ground is frozen because of temperature below 0° C throughout the period of at least two years without melting. It can be found either in polar/sub-polar regions or in high mountain areas in the nival height zone.
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3 Biotic Vegetation Characteristics

3.1 Leaf form

Data type: code list

The leaf form helps to characterize woody plants by their leaves. It is a commonly used criterion to further distinguish trees and shrubs. Here three kinds of leaf forms are differentiated:
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3.1.1 needle leaved

Data type: code list value
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3.1.2 broad leaved

Data type: code list value
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3.1.3 palm leaved

Data type: code list value
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3.1.4 non-leafy

Data type: code list value

This character applies for leave-less plants.
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3.2 Foliage persistence

Data type: code list

The foliage persistence indicates if a plant loses its leaves at the end of a vegetation period (in Europe normally during autumn times) and grows new leaves in spring time, or if the plant keeps the leaves leaves/needles of a longer period (several years). The process of dropping or shedding the leaves is called abscission, and applies both for needle and broad leaved plants.
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3.2.1 evergreen

Data type: code list value

The plant keeps its leaves/needles over a multi-annual period.
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3.2.2 deciduous

Data type: code list value

The plant loses its leaves/needles at the end of every vegetation cycle, basically every year.
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3.2.2.1 winter deciduous

Data type: code list value

The plant loses its leaves/needles yearly at the end of every vegetation period. Winter deciduous plants lose their leaves because of freezing temperatures in winter times, when water turns into ice below 0° C and could not circulate anymore within the plant, and would also destroy plant tissue during freezing.
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3.2.2.2 summer deciduous

Data type: code list value

The plant loses its leaves/needles yearly before or during the summer time, when temperatures are so hot that the plant would lose too much water through transpiration and dry out.
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3.3 Leaf anatomy

Data type: code list

The leaf anatomy describes the outer “architecture” of the plant leaf, how the skin of a leaf is “designed”.
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3.3.1 sclerophyllous

Data type: code list value

Sclerophyllous leaves are adapted to long periods of dryness and heat. The plants feature hard leaves, short internodes (the distance between leaves along the stem) and leaf orientation which is parallel or oblique to direct sunlight. The leaves are characterized by their relatively small, stiff and have a leathery or waxy coating, to reduce loss of moisture due to transpiration, in adaptation to dry and hot weather periods throughout the year.
Sclerophyllous is not seen as a sort of leaf form and is not contrary to broad-leaved or needle-leaved. In fact, a plant can be sclerophyllous and broad- or needle (narrow) leaved at the same time. That is why it is handled here as stand-alone matrix element.
Examples are cork oaks or olive trees.
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3.4 Phenological Plant Life Span

Data type: code list

This character code list expresses the duration of the life time of a plant.
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3.4.1 annual plant

Data type: code list value

Annuals are plants that go through their entire lifecycle in one growing season.
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3.4.2 biennial plant

Data type: code list value

Biennial are plants whose lifecycle spans two years, so they flower and produce seeds in their second year.
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3.4.3 perennial plant

Data type: code list value

Perennials are plants that can survive unfavorable season (winter) and live for more than two years.
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3.4.4 ephemeral plant

Data type: code list value

Ephemeral is a plant that has several life cycles in a growing season and can increase in numbers rapidly.
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3.5 Plant Location

Data type: code list

The plant location character describes where the vegetation is growing: on solid ground (terrestrial), in the water as aquatic submerge plants (under water surface) or as aquatic emergent plants that float on the water surface and/or grow above it.
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3.5.1 terrestrial plant

Data type: code list value

Terrestrial vegetation grows on solid ground of land. Also, herbaceous plants that can be found in wetlands and grow in standing or running water (like reeds) are considered as terrestrial.
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3.5.2 epiphyte plant

Data type: code list value

Epiphyte plant is an organism that grows on the surface of a plant and derives its moisture and nutrients from the air, rain, water (in marine environments) or from debris accumulating around it. Epiphytes take part in nutrient cycles and add to both the diversity and biomass of the ecosystem in which they occur, like any other organism. They are an important source of food for many species. Typically, the older parts of a plant will have more epiphytes growing on them. Epiphytes differ from parasites in that they grow on other plants for physical support and do not necessarily affect the host negatively.
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3.5.3 aquatic submerged plant

Data type: code list value

Aquatic submerged vegetation grows under the water surface. Their main life space is under water without reaching the surface. Typical examples are algae.
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3.5.4 aquatic emergent plant

Data type: code list value

Aquatic emergent vegetation are water plants, but they grow mainly floating on the water surface or have their main life space floating on water surface. An example is a sweet water sea rose.
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3.6 Growth Form, Habit

Data type: code list

This segment lists different kinds of plant growth forms, describing the plants shape and how the plant forms its branches.
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3.6.1 erect growth, single stem

Data type: code list value

Growth form of a woody plant that has a single main stem. Under normal condition the stem grows in an upright fashion. Typical example for erect growth form is a tree.
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3.6.2 open, spreading, dense growth, multi-stem

Data type: code list value

Growth form of a woody plant that has a several smaller stems that grow from the ground in a spreading manner upwards and to the sides. Typical examples for spreading growth form are bushes and shrubs.
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3.6.3 prostrate, creaping

Data type: code list value

The branches or shoots of a prostrate plant mostly lie upon or just above the ground and grow horizontally, rather than being held erect (as it would be with the branches of trees). There are both woody as well as herbaceous plants that show such growth form.
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3.6.4 clump-forming

Data type: code list value

A clumping plant forms a mound or thicket, with their shoots growing outward from the center and maintaining a compact shape. Clumping plants encompass many varieties, from tall bamboos down to smaller sedges and rushes. Also some grass species grow in clumps.
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3.6.5 cushion, mat-forming

Data type: code list value

A cushion plant is a compact, low-growing, pillow-like or mat-forming plant that is found in alpine, subalpine, arctic, or subarctic environments. The growth is limited in height above the ground (a few inches at most), and have slow growth in a nutrient-poor environment with delayed reproductivity and reproductive cycle adaptations. The branches of the plant are held close together, and none of them stands out to reduce exposure to unfavorable environmental climate conditions. It can be found on dwarf woody shrubs and non-woody plants.
See also: https://en.wikipedia.org/wiki/Cushion_plant
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3.6.6 climbing

Data type: code list value

Growth form of a plant that uses other plants or objects as physical sustaining support to climb towards the sunlight, because it cannot develop its own sustaining stems (unlike a tree). Such plants can either live as parasites and extract nutrition from their host plant (e.g. a tree), or feed themselves from the ground. Examples for climbing growth form are ivy, lianas, pepper, vanilla plant or grapevine.
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3.7 Raunkiaer Life Form

Data type: code list
For detailed definitions see https://en.wikipedia.org/wiki/Raunki%C3%A6r_plant_life-form
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3.7.1 phanerophyte

Data type: code list value

For detailed definitions see https://en.wikipedia.org/wiki/Raunki%C3%A6r_plant_life-form
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3.7.2 epiphyte

Data type: code list value

For detailed definitions see https://en.wikipedia.org/wiki/Raunki%C3%A6r_plant_life-form
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3.7.3 chamaephyte

Data type: code list value

For detailed definitions see https://en.wikipedia.org/wiki/Raunki%C3%A6r_plant_life-form
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3.7.4 hemicryptophyte

Data type: code list value

For detailed definitions see https://en.wikipedia.org/wiki/Raunki%C3%A6r_plant_life-form
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3.7.5 cryptophyte

Data type: code list value

For detailed definitions see https://en.wikipedia.org/wiki/Raunki%C3%A6r_plant_life-form
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3.7.6 therophyte

Data type: code list value

For detailed definitions see https://en.wikipedia.org/wiki/Raunki%C3%A6r_plant_life-form
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3.7.7 aerophyte

Data type: code list value

For detailed definitions see https://en.wikipedia.org/wiki/Raunki%C3%A6r_plant_life-form
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3.8 Vegetation cover transition

Data type: code list

This segment addresses the transition status, in which a land unit is, regarding its vegetation cover, whether it is regenerating through natural succession, or it is degrading over time.
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3.8.1 natural succession

Data type: code list value

This Character addresses the process of and land unit being in the transition state of natural succession.
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3.8.2 vegetation degradation

Data type: code list value

This Character addresses the process of and land unit being in the transition state of vegetation degradation.
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3.9 Plant Species Origin

Data type: code list

This segment gives information about the origin of plant species from the perspective of its current growing site where it is found growing in this particular case.
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3.9.1 native plant

Data type: code list value

This species origin type indicates that this plant species can be found in this specific geographically determined region, area or environment. The presence of the respective species is not necessarily exclusively restricted to this particular area, where it grows (in contrary to endemic). Normally, native (indigenous) plants are found on this particular site since long time (centuries).
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3.9.2 non-native plant

Data type: code list value

This species origin type indicates that a plant species normally cannot be found in this specific geographically determined region, area or environment.
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3.9.3 endemic plant

Data type: code list value

This species origin type indicates that a plant species can only and exclusively be found in this specific geographically determined region, area or environment. It is a special case of native species. A threshold for the minimum or maximum scale of such an endemic area does not exist; it can go from micro habitat level to continental dimension.
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3.9.4 invasive plant

Data type: code list value

This species origin type indicates that a plant species that has its original life zone in another region and is intruding at the moment into another area. In many cases, the distribution of invasive plants is – intentionally or not – supported by human transportation activities. This process often goes along with outcompeting and repression of other native plants and a disturbance of the ecological equilibrium of native plants associations.
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3.9.5 migratory plant

Data type: code list value

This species origin type indicates that the growing conditions of the original habitat type of a plant or plant association is changing, e.g. due to external climatic or ecological factors. This process makes the species adapt to the new habitat conditions and migrate into another (neighboring) area, where the migrating species find comparable conditions similar to its former native habitat. The phenomenon of migrating species follows rather long-term effects based on changes in natural environment (man-made or not), in contrary to invasive behavior.
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3.9.6 genetically modified plant

Data type: code list value

This character applies for plant species that are not entirely of natural origin, but have genetically modified, as it is used in crop species types to raise the yield or make them more resistant to toxic substances or unfavorable environmental conditions like drought.
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3.10 Plant Species Type

Data type: code list

It is suggested here to address the issues of plant species types as handle in the INSPIRE data specifications for the theme Species Distribution. Under the data type SpeciesNameType the species type can be described with a collection of code lists.
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3.10.1 Plant Species

Data type: code list value / text string

3.11 Plant Community Type

Data type: code list

This character is not yet finalized. The European Vegetation Survey (EVS) scheme could be taken as the reference scheme. As a reference the PhytoSociologicalScheme can be used.
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3.11.1 Plant Community

Data type: code list value / text string

3.12 Plant Growing Season

Data type: date

With this character (and in combination with the temporal parameters under LCH-9_3_3 Period, Period Start Date respectively Period End Daten) the start and ending of the growing season of native and local plants in natural outdoor climate and soil conditions can be indicated. Regarding crop cultivation cycles with the purpose of harvest, another character LCH-5_1_8 Crop Season shall be used.
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3.12.1 plant growing season ongoing

Data type: calendar date

This LCH indicates whether according to a given data definition the plant growing seasons for a certain plant or plant community is ongoing or not, according to its natural average phenological appearance. For further detailed information – if available in data source – the beginning and end of plant growing season can be handled in combination with the LCH 9.3 Temporal Parameters.
Excludes:
For crop growing season please refer to “LCH-5_1_8 Crop Season”.
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3.13 Crown Cover Density

Data type: integer percentage value

The parameter for crown cover density indicates the share of a certain spatial land cover unit that is over-shielded by the crowns of trees (or bushes). Clearly to say that underneath the crown cover there is other land cover besides the tree (other trees, bushes, bare soil, grasses, mosses etc.). It is up to the user himself whether he wants to add up all area to no more than 100%, or if he allows the surface to have a third (vertical) dimension and reach area values above 100% of the area after adding up all kinds of vegetation.
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4 Water Characteristics

This heading contains a collection of characters and parameters that apply for water surfaces or have a relation to the physical element of water.
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4.1 Water Body Formation

Data type: code list

This character describes the degree of “naturality” of a water course or water body and to what extend its existence has its origin on nature or if it has been influenced by or embedded in anthropogenic structures. Three subtypes can be distinguished:
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4.1.1 Natural water body

Data type: code list value

The river or lake has its natural extent, no artificial river banks are present, the water regime is not influenced by any water retention installations.
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4.1.2 Controlled, regulated, heavily modified water body

Data type: code list value

The lake or river embedded in man-made structures, which have the function of stabilizing the river banks or controlling the water regime. Most navigable rivers are in a way controlled or regulated.

4.1.3 man-made water body

Data type: code list value

This character shall be applied for entirely artificial man-made linear or area-shaped water bodies, where without human interaction no natural water course or body would occur. Examples – among others – are artificial canals for shipping transportation or water reservoirs for irrigation, firefighting, artificial snow making in alpine regions.
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4.2 Hydrological Water Regime

Data type: code list

This segment can store the kind of inland water regime, in other words the hydrological persistence, expressing the frequency and duration of how long a water body or water course is present and fluent (This character can also be used in combination with temporal parameters under LCH 9.3 Temporal Parameters). Four subtypes of water regimes are distinguished.
Excludes:
This characteristic does not apply for the description of open sea or areas under tidal influence.
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4.2.1 dry water regime

Data type: code list value

The water body bed is normally dry without any water being present. Surface water flow occurs very unregularly and only after heavy rainfall. Water body bed can be filled with sand, gravel or may be vegetated. Common phenomena in arid and semi-arid climate regions. Some expressions for a dry creek bed are “wadi” [arab.] or “rambla” [span.].
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4.2.2 ephemeral, episodic water regime

Data type: code list value

Surface water presence occurs not regularly but only during or after precipitation when there is enough surface water run-off or accumulated surface water. All waterways that cease surface flow at some points in time and space along their course. Still a certain level of seasonality can be observed.
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4.2.3 intermittent, seasonal water regime

Data type: code list value

Surface water is present periodically throughout a part of the year, typically the wet season (e.g. rainy season, snow melt season). Besides the water not being constantly present, it still occurs seasonally and regularly every year. In dry years, regular seasonal regime can change to episodic regime.
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4.2.4 perennial water regime

Data type: code list value

Surface water is present through the whole year. The river or lake is filled constantly with water (variations on water level included).
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4.3 Water dynamics

Data type: code list

This character can store the dynamics of a water regime expressing if water is constantly flowing/streaming from one point to another point. Such water current occurs because of the inclination of the terrain, or doesn´t occur when the terrain has no inclination. Sometimes also tidal influence causes water currents. Three types of water dynamics are described:
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4.3.1 running water

Data type: code list value

Water body with constantly moving water particles due to a current that leads to an exchange or renewal of water at the observed location. Running water normally comes along with a certain degree of erosive or sedimentation effect on the ground.
Examples: River, Stream, Creek.
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4.3.2 almost standing water

Data type: code list value

Minimal movement of water particles. It occurs basically in flat terrains where inclination is almost but not equal to 0. Almost standing water is still moving, but with such low velocity that it cause practically no or very little erosive effect.
Examples: regulated river, canal, drainage ditch.
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4.3.3 standing water

Data type: code list value

Stagnant water body without any movement of water particles. E.g. lakes, puddles, ponds.
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4.4 Soil moisture regime, Wetness

Data type: code list

The following wetness characters are categorized referring to the Environmental Qualifiers of the General Habitat Categories (GHC), as laid out in the “Manual for Habitat and Vegetation Surveillance and Monitoring”. The soil moisture is dependent on external and internal factors like precipitation, evaporation, capillary rise and infiltration. Further, to measure soil moisture, two complementary parameters are of importance: the volumetric water content (VWC) and the soil water tension (SWT). VWC expresses the share in % of water volume in a given soil volume, and SWT measured the force necessary for plant roots to extract water from the soil.
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4.4.1 Aquatic, water at surface

Data type: code list value

This character indicates that surface water is present on a particular land unit, for example inside wetlands or other landscape types which are not addressed as a waterbody. It means a piece of land has such a high degree of soil wetness that shallow water is covering the surface due to high groundwater level, specific terrain and soil conditions (peat, naturally impermeable soil layers).
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4.4.2 Waterlogged, saturated ground

Data type: code list value

This character indicates that the soil is saturated (soaked) with water, meaning basically all soil pores are filled with water in the absence of soil air. This is the case for example because ground water level is high in general, or because of frequent heavy or enduring rainfall that makes the ground more or less permanently wet.
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4.4.3 wet

Data type: code list value

This character indicates that the soil condition is wet, meaning that many soil pores are filled with water, but still soil air is also present in the pores. Through capillary flow, a substantial amount of water can move upwards into the upper soil layers from ground water levels near the surface. This soil condition is present throughout the entire year.
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4.4.4 seasonally wet

Data type: code list value

This character indicates that the soil condition is wet (see explanation of “wet”), meaning that many soil pores are filled with water, but still soil air is also present in the pores. The difference is that such soil conditions are only seasonally present and not throughout the entire year. The reason for this may be a humid raining season, or seasonally flooding, which both cause a high ground water level.
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4.4.5 mesic

Data type: code list value

In soils with a mesic regime, sufficient soil moisture is almost constantly available for vegetation. The soil is often well drained, but provides enough soil water to not put plants under drought stress which are not used to it. This regime goes together with temperate climate zones. Precipitation is well balanced and distributed more or less equally over the year(s).
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4.4.6 semi-dry

Data type: code list value

Semi-dry soil regimes are characterized by a sequence of rainy and dry episodes throughout the year, where dry episodes dominate. The ground is often very well drained, so that precipitation infiltrates quickly into lower levels of the ground where it is out of reach for surface vegetation. The soil has a low moisture storage capacity, with only little capillary flow.
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4.4.7 dry

Data type: code list value

This character indicates that the soil moisture condition is dry, meaning that throughout the year hardly any moisture is available for plants. The situation of drought can last over several years. However, with the event of occasional precipitation, some biotic vegetation is capable to survive and withstand the long periods of drought.

…
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4.4.8 very dry

Data type: code list value

This soil moisture condition does not allow any grow of vegetation and is basically free of any biotic life form. It occurs typically in dry deserts.

4.4.9 xeric

Data type: code list value

This character applies for the typical Mediterranean climate conditions with humid and cool winters and hot and dry summers.

…
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4.5 Wetness source

Data type: code list

This character can store the source of the wetness of the terrain. From which source water is coming that causes wet conditions. Three types of wetness sources are described:
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4.5.1 Rainfed source

Data type: code list value

Wetness relying on rainfall.
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4.5.2 surface water source

Data type: code list value

Wetness relying on inflow of surface water.
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4.5.3 subterranean, groundwater source

Data type: code list value

Wetness relying on subterranean or ground water, in combination with capillary flow.
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4.6 Salinity

Data type: code list

This parameter can store the value for the salinity of water or soil. It applies for both water or soil. Usually it is expressed by a value measured in per percent (pct) or parts per thousand (ppt). Salinity is the saltiness or dissolved salt content of a body of water. Generally, it is the concentration of mineral salts dissolved in water. Salinity may be expressed in terms of a concentration, the physical method to conclude on the concentration is by capturing the electrical conductivity.
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4.6.1 brine

Data type: code list value

Brine water is saturated or nearly saturated with salt, with a concentration of 50 ppt and above. Also inland plains or lakes with no water outflow drainage in arid or semi-arid climate zones may contain water that can have even a higher degree of salinity than ocean water.
Example: Dead Sea, salt concentration ca. 330 ppt.
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4.6.2 saline

Data type: code list value

In the common understanding, saline water is water in the ocean and terrestrial salt lakes. It has a salt concentration between 30 and 50 ppt. Saline water contains a significant concentration of dissolved salts.
Examples: Atlantic Ocean, Pacific Ocean: average salt concentration 35 ppt; Red Sea: ca. 40 ppt; Mediterranean Sea: ca. 38 ppt; Salars in the Anden mountains.
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4.6.3 brackish

Data type: code list value

Brackish water condition is in between saline and fresh water, with a salinity range between 5 to 30 ppt. Brackish water is water that has more salinity than fresh water, but not as much as seawater. It may result from mixing of seawater with fresh water, as in estuaries, or it may occur in brackish fossil aquifers.
Example: Lagoons, Estuaries under tidal influence, or also lakes in plains without outflow drainage may have brackish water conditions. Baltic Sea: salt concentration 8 ppt; Black Sea: salt concentration 18 ppt.
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4.6.4 fresh

Data type: code list value

Fresh water has a very low degree of salinity from 0.1 to 0.5 ppt. It is a precondition for water to be drinkable (ca. 0.1 ppt).

Example: Running water or ground water have naturally fresh water condition, if not disturbed by saline intermixture.
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4.6.5 ultra fresh

Data type: code list value

Ultra-fresh water is practically salt-free, as it is with condensed water vapour. Water with nearly no salinity. The salinity is equivalent or nearly equivalent to that of rain water, if no other air particles or aerosols are absorbed from the atmosphere. All kinds of precipitation (rain, snow, dew, hoar frost etc.) in theory start to fall as ultra-fresh water.
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4.7 pH value

Data type: Numeric value

The pH value is used to describe the acidity respectively the basicity of an aqueous (water based) solution. It is a measure for the concentration of hydrogen ions in the solution, how acid or alkaline it is. The scale reaches from 0 (acidic) to 14 (basic), where 7 is neutral (pure water).
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4.8 Tidal Phenomena

Data type: heading

This category contains information about characteristics of areas that stand under tidal influence, meaning the regular and cyclic flooding by the tidal waves that sweep around the globe drawn by gravitational forces.
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4.8.1 tidal influence

Data type: Boolean value

This character contains the information if a piece of land is under tidal influence. It can be either expressed by only a Boolean value (yes/no) or in combination with an integer value to store the average difference in meters/centimeters of water level height caused by the tides.
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4.8.2 tidal range

Data type: Numeric value

This character gives information about the in-situ height difference in meters of the water level between low tide and high tide water level.
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4.9 Groundwater

Data type: heading

4.9.1 Groundwater table level

Data type: numeric value

This character gives information about the height in meters of the water table level below and relative to the terrain surface.
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4.10 Snow Characteristics

Data type: heading

This category contains information about characteristics of snow covered surfaces.
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4.10.1 Snow Height

Data type: numeric value

Snow height in meters.
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4.11 Ice Characteristics

Data type: heading

This category contains information about characteristics of ice covered surfaces (land and water). [So far, the heading is a placeholder for future entries on ice characteristics in the model/matrix.]
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5 Land Management

5.1 Agricultural Land Management

5.1.1 Agricultural Cultivation Form

Data type: code list

- The term agriculture cultivation type addresses the form and appearance of agricultural land, which is influenced by the crop types which are cultivated or grown on it, and by the sum of cultivation measures that give this type of land its character. There are three main cultivation forms of agricultural land.
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5.1.1.1 cropland

Data type: code list value

This cultivation form “cropland” embraces both arable crop land and permanent cropland. It is land suitable or used for the cultivation of crops. It contains all cultivated land where any kind of crop is planted, cultivated and harvested. Permanent grassland (managed) does not belong to this type and is handled separately.
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5.1.1.1.1 arable crop land

Data type: code list value

The term arable crop land describes a kind of crop land which is used for planting annual or multi- annual crops. It may underlay crop rotation cycles. The soil needs to be ploughing or elsewise prepared for sowing, normally with the help of some sort of machinery or manual tools. Arable crop land includes not only actively cropped land but also set aside and fallow land (according to EU Common Agriculture Policy), as it is part of crop cycles on arable land. Also the waterlogged cultivation such as rice fields is included here.
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5.1.1.1.2 permanent crop land

Data type: code list value

The term permanent crop land describes a kind of crop land which is used for planting permanent crops, mostly woody crop species like fruit/ nuts/ olive trees, vineyards etc. The plants are often planted in a regular pattern that allows enough space for growing and for harvesting.
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5.1.1.2 managed permanent grassland

Data type: code list value

Permanent grassland is land used permanently (for several consecutive years, normally 5 years or more) to grow herbaceous plants for the purpose of fodder, forage or bio-energy plants and alike. It can be intentionally be sown or naturally self-seeded and is not included in the crop rotation on the holding. Normally it is not ploughed, if so, only with limited frequency or in specific periods. No crops are grown. If information is available, with LCH temporal duration it can be indicated for how many years minimum it is considered to be grassland.
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5.1.2 Cultivation Practice

Data type: code list

Cardinality: 1..n

Cultivation practices form a collection or sequence of cultivation measures. It gives also indication on the cropping cycle applied and the spatial arrangement of the plants.
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5.1.2.1 crop rotation

Data type: code list value

This characteristic indicates if a piece of land is under crop rotation. This kind of measure stretches over a multi-annual period and can follow several different sequential variants. The character of crop rotation is meant to be applied on arable land where usually annual crops are grown. The change from arable cropland to permanent crop land is not understood as “rotation”, but as a change in the cultivation practice.
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5.1.2.2 no crop rotation

Data type: code list value

This characteristic indicates if a piece of land is not under crop rotation. Instead, the same crop is cultivated year after year over a longer period..
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5.1.2.3 plantation

Data type: code list value

This form of planting aims at high economic efficiency in terms of industrialized practices for minimal resources input and high yields. It is a large-scale estate meant for farming specialized in cash crops. Crop plants are arranged normally in rows. Depending on the crop species, branches of the plants may be tightened to wires or poles to grow them in a homogenous way for rationalized crop production.
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5.1.2.4 extensive cultivation practice

Data type: code list value

Extensive orchards are an extensive form of using fruit / nut tree, partly also berry shrubs, for fruit / nut production, or also olive trees. This kind of cultivation practice is of value for habitats of insects, birds and small mammals. German expression for this kind of cultivation pattern is “Streuobstwiese” (with grass underneath) or “Streuobstacker” (with ploughed topsoil).
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5.1.2.5 agroforestry

Data type: code list value

As the name already indicates, this type of land use is a combination of agricultural land use with forestry-like use. The ground between openly standing or scattered trees is grazed by cattle or life stock, or arable crops are planted between the trees. . In German speaking countries this landscape type is called “Hain”, “Hudewald” or “Waldweide”. In the Mediterranean countries it is called Dehesa or Montado and still can be found more often.
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5.1.2.6 shifting cultivation

Data type: code list value

Shifting cultivation (slash & burn) is a type of crop rotation in combination with a fallow land phase which is applied mainly by subsistent farmers in tropical regions. Rain forest is cut down to gain space for growing crops. The biomass that has been cut down is burnt, the ashes serve as nutrition for the crops. The cultivation period is limited to a few years due to the limited soil fertility. After a crop cultivation period the soil is left fallow so a secondary vegetation succession can take place. After a certain time, this land undergoes again the cycle of slash and burn practice.
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5.1.2.7 intercropping

Data type: code list value

Intercropping is a multiple cropping practice that involves growing two or more crops in proximity at the same time and in the same space. The most common goal of intercropping is to be more space-efficient with the resource of cultivated land. The space in between plants of one crop type, that is not needed, can be occupied by another crop type. Like this, the production results in overall higher yields compared to for example growing crops one after the other in a crop rotating manner. Further, intercropping can reduce the risk of soil erosion or of plant pests, and can balance the content enhancement and exploitation of soil nutrients through the combined crop species. Examples of intercropping strategies are planting a deep-rooted crop with a shallow-rooted crop, or planting a tall crop (nut trees) with a shorter crop that requires partial shade (arable crop).
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5.1.2.8 kitchen garden

Data type: code list value

Kitchen garden is a term to describe a form of horticulture basically for own consumption, in contrary to commercial crop production, where small sized patches of all kinds of fruits, vegetables and herbs are grown.
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5.1.2.9 paddy field cultivation

Data type: code list value

A paddy field is a temporarily flooded parcel of arable land used for growing semi-aquatic rice. In Europe this is the only method applied for rice production.
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5.1.3 Cultivation Installation

Data type: code list

This list of characters contains a number of technical installations that help to foster plant growth, raise the yield or help to protect the fruits.
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5.1.3.1 greenhouse under glass or foil

Data type: code list value

This character applies for crops that are grown under permanently installed glass or mounted foil. Like that, the growing conditions are not affected by external climate or weather conditions. Instead, temperature, artificial insolation, water supply as well as the provision of chemical substances are in control of the farmer.
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5.1.3.2 under foil on ground

Data type: code list value

This character applies for crops that are grown on arable land under foil, where the foil is not suspended but lays directly on the ground or over the plant. This way a greenhouse-like microclimate is created under the foil, which protects the soil and crop from direct rainfall impact, frost or high evapotranspiration.
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5.1.3.3 plantation protection net

Data type: code list value

This character indicates that the cultivated crops, mostly permanent crops, are protected against external factors (e.g. birds or hail damage) that could diminish the quality or quantity yield.
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5.1.3.4 espalier, trellis, lattice

Data type: code list value

The espalier cultivation practice is a form of controlling the growth of woody plants (here basically fruit trees and shrubs) by pruning and tying branches to a frame, which results in a more or less 2-dimensional growth of the plants, arranged in a linear form.

5.1.3.5 hydroculture

Data type: code list value

Hydroculture is a method of growing plants, usually crops, in the absence of natural soil, by using mineral nutrient solutions in an aqueous solvent. Terrestrial plants may be grown with only their roots exposed to the nutritious liquid, or, in addition, the roots may be physically supported by an inert medium.
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5.1.3.6 vertical farming

Data type: code list value

This character applies for the indoor cultivation of crops in multiple stores, either in a multi-store building with greenhouse conditions, or in a greenhouse with vertically arranged multiple racks or shelf layers.
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5.1.4 Cultivation Measure And Activities

Data type: code list

Cultivation measures are activities that are applied to treat the soil and maintain the crop land in a favorable, fertile and productive condition. It are all the processes involved in the production of plant-based foods, from planting to harvesting. Normally, these generic measures are widely applied and come along with common agricultural land use. There are a number of subtypes of cultivation measures.
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5.1.4.1 Ploughing and tillage

Data type: code list

This list of values indicates whether or not a parcel is ploughed, and – if known – in which direction according to the slope.
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5.1.4.1.1 no ploughing

Data type: code list value
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5.1.4.1.2 ploughing applied, direction unspecified

Data type: code list value
Ploughing is applied but the direction is unknown , respectively unspecified in the data source.
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5.1.4.1.3 ploughing across the slope

Data type: code list value
Ploughing direction is parallel to contour lines of the terrain.
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5.1.4.1.4 ploughing oblique direction

Data type: code list value
Ploughing direction is in diagonal direction in relation to the fall line of the slope.
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5.1.4.1.5 ploughing in direction of slope

Data type: code list value
Ploughing direction is perpendicular to contour lines of the terrain and follows the fall line of the slope, like water would flow.
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5.1.4.2 Fertilization

Data type: code list

Fertilization is an agricultural measure to increase or maintain the fertility in the soil by bringing inin nutrients from plant residues, manure or chemical fertilizers. This character indicates, if a piece of land is fertilized or not.
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5.1.4.2.1 no fertilizing

Data type: code list value

This character indicates that this piece of land is not under fertilization activity.
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5.1.4.2.2 fertilization applied, type unspecified

Data type: code list value

This character indicates that a land parcel is fertilized in principle, but the kind of used fertilizer (see above) is not known.
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5.1.4.2.3 organic fertilizer

Data type code list value

Organic fertilizer is natural material in the form of organic biomass or animal excrements/manure which is brought onto the parcels and/or ploughed in.
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5.1.4.2.3.1 animal manure

Data type: code list value

Animal manure is a natural kind of fertilizer where organic material in the form of animal excrements / manure is brought onto the parcels and/or ploughed in.
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5.1.4.2.3.2 green manure

Data type: code list value

Green manure is organic biomass that is grown on or brought onto the parcels and ploughed in. Can be organic residue from other sources or grown as interim crop in between two cropping phases or after main crop.
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5.1.4.2.4 synthetic fertilizer

Data type: code list value

Synthetic industrial fertilizers are made out of chemical substances based on minerals through industrial processes.
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5.1.4.3 Weed Control

Data type: code list

Weed control is an agricultural measure to protect the planted crop from concurrent consumer vegetation (e.g. other herbaceous plants) regarding consumption of water, light or nutrients. This can be done mechanically, biologically or chemically by application of herbicides.
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5.1.4.3.1 no weed control

Data type: code list value

This character indicates that this piece of land is not under weed control.
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5.1.4.3.2 weed control applied, method unspecified

Data type code list value

Weed control is applied but the method is unspecified or unknown.
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5.1.4.3.3 mechanical or biological weed control

Data type code list value

Weed control is applied by mechanical (e.g. tilling) or biological (make use of natural weed enemies) techniques.
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5.1.4.3.4 chemical weed control

Data type code list value

Weed control is executed by application of chemical substances, like herbicides.
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5.1.4.4 Pest Control

Data type: code list

Pest control is an agricultural measure to protect the planted crop from harmful insects or other organisms that damage the crop and thus lower the yield or shorten the lifetime of the crop plant. This can be done mechanically, biologically or chemically by application of pesticides.
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5.1.4.4.1 no pest control

Data type: code list value

This character indicates that this piece of land is not under pest control.
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5.1.4.4.2 pest control applied, method unspecified

Data type code list value

Pest control is applied but the method is unspecified or unknown.
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5.1.4.4.3 mechanical or biological pest control

Data type code list value

Pest control is applied by mechanical (e.g. traps) or biological (make use of natural enemies) techniques.
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5.1.4.4.4 chemical pest control

Data type code list value

Pest control is executed by application of chemical substances, like pesticides.
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5.1.4.5 Irrigation

Data type: code list

Irrigation is an agricultural measure of bringing out water on the land. It is applied to temporarily or permanently increase the humidity of the top soil and to enable or enhance the plants´ transpiration and capture of nutrients from the soil. This character indicates, if a piece of land is irrigated. The irrigation method describes the way how water is brought onto the field for plant irrigation.
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5.1.4.5.1 no irrigation

Data type: code list value
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5.1.4.5.2 irrigation applied, method unspecified

Data type: code list value

Irrigation of the plants is present, but particular method is unspecified or unknown.
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5.1.4.5.3 gravity surface irrigation

Data type: code list value

Through surface irrigation the water is led to the plants over the ground through small channels, either by flooding the whole parcel or leading the water along small furrows between the crops, using gravity as a force.
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5.1.4.5.4 sprinkler irrigation

Data type: code list value

Irrigation of the plants by propelling the water under high pressure as artificial rain over the parcels, normally in a periodical manner with mobile devices, but can also appear as permanent and fixed installations.
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5.1.4.5.5 irrigation carousel

Data type: code list value

Irrigation of the plants by means of a normally permanently installed sustaining structure above the field, which circulates regularly around a center point of the installation, and distributing water over the field in a circular movement (e.g. clock-wise).
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5.1.4.5.6 drip irrigation

Data type: code list value

Irrigation of the plants by leading the water directly to the plants drop by drop with perforated fine tubes on the ground or with micro-sprayers to create fog-like conditions.
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5.1.4.5.7 subsurface drip irrigation

Data type: code list value

Irrigation of the plants by leading the water directly to the plants through perforated fine tubes or tapes that are installed under ground at or below the plant root level.
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5.1.4.5.8 manual irrigation

Data type: code list value

Irrigation of the plants applied by hand, manually.
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5.1.4.6 Irrigation Water Source

Data type: code list

The Irrigation Source describes where the water for irrigation is taken from.
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5.1.4.6.1 groundwater

Data type: code list value

Irrigation water is taken out of the ground from ground water aquifers, normally by wells or pumps.
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5.1.4.6.2 reservoir

Data type: code list value

Irrigation water is taken from a water reservoir like an artificial lake hold back by a dam, or a natural lake. The reservoir can be fed by a natural water course or also can be a rain-fed water cistern.
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5.1.4.6.3 water course

Data type: code list value

Irrigation water is taken from a running water course like a river or creek.
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5.1.4.7 Drainage

Data type: code list

Drainage as an agricultural measurement is the discharge of water from the soil over and through the soil, resulting in a lowering of the groundwater level. The water can be discharged through drains or ditches.
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5.1.4.7.1 no drainage

Data type: code list value

This character indicates that no drainage activity takes place on the piece of land.
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5.1.4.7.2 drainage applied, method unspecified

Data type: code list value

Drainage is apparently installed, but particular method is unspecified or unknown.
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5.1.4.7.3 open ditch drainage

Data type: code list value

This character indicates that the land is drained by open lengthy ditches or trenches where water can seep out of the surrounding terrain; water may or may not be present on surface of ditch.
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5.1.4.7.4 subsurface tube drainage

Data type: code list value

This character indicates that land is drained with perforated tubes or pipes that are dug in the ground under the surface where water can percolate into the tube to be discharged.
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5.1.4.7.5 filled ditch drainage

Data type: code list value

This character indicates that the land is drained by ditches or trenches that are filled with loose material where water can easily percolate through. The filling of this material levels out the surface above the bottom of the ditch with the surrounding terrain on both sides, so that the ditch itself is not an obstacle for trespassing.
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5.1.4.8 Mowing

Data type: heading

This character expresses the kind of mowing activities on a piece of land. A collection of subtypes describe the frequency of mowing during a year.
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5.1.4.8.1 Mowing Intensity

Data type: code list

5.1.4.8.1.1 no mowing

Data type: code list value

Parcel is not mowed.
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5.1.4.8.1.2 mowing applied, frequency unspecified

Data type: code list value

Mowing activity is present, but intensity / frequency is not known.
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5.1.4.8.1.3 extensive mowing

Data type: code list value

Parcel is mowed one time (1x) per year.
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5.1.4.8.1.4 medium intensity mowing

Data type: code list value

Parcel is mowed two times (2x) per year.
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5.1.4.8.1.5 intensive mowing

Data type: code list value

Parcel is mowed more than two times (> 2x) per year.
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5.1.4.8.2 mowing frequency

Data type: integer

Indicates, how often a land unit is mowed per year. When barcoding this element, it is best to combine it with the parameter LCH 9.3.4 recurring frequency~~recurring frequency~~.
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5.1.4.9 shrub clearance

Data type: boolean value

The practice of shrub clearance is applied on grassland areas with the aim to avoid the stepwise succession growing of bushes, shrubs or trees. Like this, the area is kept as an open grassland which is often used for grazing.
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5.1.4.10 biomass burning

Data type: boolean value

Biomass burning is a form of growth control or removal of un-wanted plants on cultivated land by setting it on fire. This measure has also a soil ameliorating effect of by leaving the ashes of burnt biomass on the ground.
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5.1.4.11 liming

Data type: boolean value

Liming is a form of ameliorating the soil by bringing out calcium carbonate with the effect of lowering the soil acidity. It is typically used in coniferous forest areas, but application also in agricultural areas is possible.
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5.1.4.12 pruning

Data type: boolean value
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Pruning is a kind of horticultural and silvicultural measure for plant growth control which is used to control the growth of plants. It involves the selective removal of parts of a plant by cutting the branches, twigs, buds, or roots. Reasons to prune plants include deadwood removal, shaping (by controlling or directing growth), improving or maintaining health, reducing risk from falling branches, preparing nursery specimens for transplanting, and both harvesting and increasing the yield or quality of flowers and fruits. It is often used in combination with sustaining installation on permanent woody crops and aims at keeping the branches low for easier fruit harvest and also to stimulate the plant´s crop or biomass production.
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5.1.4.13 set aside parcel

Data type: boolean value

This character indicates if a cultivated land parcel is set aside (i.e. taken out of crop production), meaning that the crop production is paused for one or more growing seasons, and the parcel is either exposed to natural succession or covered with an intermediate vegetation cover to protect the soil from erosion or improve the soil structure or soil fertility. The purpose of setting aside a parcel is to let the soil recover from intensive cultivation. It can be part of a crop rotation cycle.
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5.1.5 Cultivation Purpose

Data type: code list

This category lists a number of cultivation purposes, what the crops are grown for. It can be that the very same crop (e.g. maize) is grown on one parcel as fodder crop, on another parcel as energy crop, and on yet another parcel as food article sugar maize.
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5.1.5.1 Alimentary Crop

Data type: code list value

This sub-class applies for all kinds of crop production for the human food consumption, for example vegetables, cereals, fruit (be it processed or unprocessed).
Excludes:
Production of fodder crops to feed animals are excluded. It is also part of the entire human food chain, but this crop production purpose has its own model element.

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5.1.5.1.1 grain production crop

Data type: code list value

This sub-class applies for crop production of cereal grains.
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5.1.5.1.2 table fruit crop

Data type: code list value

This sub-class applies for all kinds of crops that are produced for the consumption of whole fruits.
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5.1.5.1.3 liquefication, fermentation or brewing of Crop

Data type: code list value

This sub-class applies for all kinds of crops that are produced for the liquefication, fermentation or brewing of crop, for example to making juice, wine, edible oil, aromatic extract and alike.
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5.1.5.2 Fodder Crop

Data type: code list value

This sub-class applies for all kinds of crop production that are meant to be fed to animals in the context of husbandry, fodder beet, silage maize or alfalfa.
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5.1.5.2.1 harvested for silage

Data type: code list value

This sub-class applies for all kinds of crops that are stored and conserved after harvest in a fodder silo, either being a permanently installed and fixed containment or more or less airtight sealed in a foil covered pile. During silage, the process of fermentation helps to conserve the harvested fodder.
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5.1.5.2.2 harvested for dry fodder

Data type: code list value

This sub-class applies basically for parcels with herbaceous plants that are left on the parcel after being mowed for drying. The result after drying is hay or straw, which is a form of fodder conservation.
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5.1.5.2.3 harvested green for direct forage

Data type: code list value

This sub-class applies basically for parcels with herbaceous plants that are cut fresh and green for immediate feeding to animals.
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5.1.5.2.4 temporary grasses and grazings

Data type: code list value

This sub-class applies for parcels with temporary herbaceous plants for grazing, hay or silage as a part of a normal crop rotation, lasting at least one crop year and less than five years, sown with grass or grass mixtures. The areas are broken up by ploughing or other tilling or the plants are destroyed by other means as by herbicides before they are sown again. This purpose can be combined with other characteristics from this fodder crop segment.
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5.1.5.3 industrial crop

Data type: code list value

This sub-class applies for all kinds of crop production that are meant to be used in industrial or manufacture processes, for example cotton, linen.
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5.1.5.4 energy crop

Data type: code list value

This sub-class applies for all kinds of crop production that are meant to be used for energy production, e.g. in a bio-gas facility.
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5.1.5.4.1 Bio Gas Crop

Data type: code list value

This sub-class applies for all kinds of crop production that are meant to be used for energy production, e.g. in a bio-gas facility.
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5.1.5.4.2 Liquid Bio Fuel Crop

Data type: code list value

This sub-class applies for parcels where crops are grown to gain liquid bio fuels, like e.g. rapeseed oil, bio-ethanol from sugar cane or maize.
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5.1.5.4.3 Solid Bio Fuel Crop

Data type: code list value

This sub-class applies for parcels where crops are grown to gain solid bio fuels, like e.g. energy wood.
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5.1.5.5 ornamental plants

Data type: code list value

This sub-class applies for all kinds of plant production for ornamental and functional purposes, e.g. to be planted later in urban parks, in residential gardens or other in public spaces.
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5.1.5.6 functional crop

Data type: code list value

This sub-class applies for crop production with functional purposes other than for consumption (food, fodder, industrial, energy). Crops produced for e.g. alimentation and where the residues are used for energy production. These sub-types of functional crop purposes can be combined with each other, or also with other cultivation purposes.
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5.1.5.6.1 Soil Protective Cover Crop

Data type: code list value

This sub-class applies for parcels with crops that help to protect the soil from erosion or from drying out.
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5.1.5.6.2 Soil Nutrient Storage Crop

Data type: code list value

This sub-class applies for parcels with crops that help to enrich the soil with nutrients like natural nitrogen.
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5.1.5.6.3 Biodiversity Conservation Crop

Data type: code list value

This sub-class applies for parcels with crops that help to protect or preserve or reestablish a better biodiversity.
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5.1.5.6.4 Carbon Sequestration Crop

Data type: code list value

This sub-class applies for parcels with the main target to extract carbon dioxide from the atmosphere and bind it on the biomass or in the ground.
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5.1.5.7 Seed Production Crop

Data type: code list value

This sub-class applies for parcels with crops to produce seeds.
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5.1.5.8 Main Crop

Data type: code list value

This sub-class applies for parcels when the main crop of the season is cultivated.
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5.1.5.9 Secondary Crop

Data type: code list value

This sub-class applies for parcels when a secondary crop of the season is cultivated.
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5.1.6 Crop Type

Data type: code list

The crop types can be ordered in different ways. The here applied manner aims to focus on the form of the crop, or which part of the plant is harvested. This crop type list follows a compromise between botanical aspects and commonly used aspects to group crops by their apparent form. The latter aspect does not always go conform with botanical hierarchy. For example almonds or coconuts botanically belong to stone fruit, but are grouped here with “nuts”, because they are called so and not the flesh of fruit but the core is the targeted part of the fruit. Olives are also stone fruits, grapes are a sort of berries but both of them receive a stand-alone position because of their outstanding importance in European crop production. Further, this crop type list tries to avoid naming crops after the aspect of their cultivation purpose but instead categorizes them according to the part of the plant that is the harvest target. Cultivation purpose was given its own matrix segment.

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5.1.6.1 Arable crops

Data type: code list value

5.1.6.1.1 Cereals

Data type: code list value

5.1.6.1.1.1 common wheat and spelt

Data type: code list value

5.1.6.1.1.2 durum wheat

Data type: code list value

5.1.6.1.1.3 rye

Data type: code list value

5.1.6.1.1.4 barley

Data type: code list value

5.1.6.1.1.5 oats

Data type: code list value

5.1.6.1.1.6 maize

Data type: code list value

5.1.6.1.1.7 rice

Data type: code list value

5.1.6.1.1.8 millet

Data type: code list value

5.1.6.1.1.9 other cereals

Data type: code list value

5.1.6.1.2 Pulses and protein crops

Data type: code list value

5.1.6.1.2.1 peas

Data type: code list value

5.1.6.1.2.2 beans

Data type: code list value

5.1.6.1.2.3 lentils

Data type: code list value

5.1.6.1.2.4 sweet lupins

Data type: code list value

5.1.6.1.2.5 soya

Data type: code list value

5.1.6.1.2.6 chickpeas

Data type: code list value

5.1.6.1.2.7 peanuts

Data type: code list value

5.1.6.1.2.8 other dry pulses

Data type: code list value

5.1.6.1.3 Clover, Vetch, Lupins, Lucerne

Data type: code list value

5.1.6.1.4 Root and Tuber Crops

Data type: code list value

5.1.6.1.4.1 potatoes

Data type: code list value

5.1.6.1.4.2 sweet potatoes

Data type: code list value

5.1.6.1.4.3 sugar beet

Data type: code list value

5.1.6.1.4.4 fodder beet

Data type: code list value

5.1.6.1.4.5 Carrot

Data type: code list value

5.1.6.1.4.6 Parsnip

Data type: code list value

5.1.6.1.4.7 Horseradish

Data type: code list value

5.1.6.1.4.8 Radish

Data type: code list value

5.1.6.1.4.9 Beetroot

Data type: code list value

5.1.6.1.4.10 White Turnip

Data type: code list value

5.1.6.1.4.11 Celery Root

Data type: code list value

5.1.6.1.5 Bulb Vegetable Crops

Data type: code list value

5.1.6.1.5.1 Onions

Data type: code list value

5.1.6.1.5.2 Garlic

Data type: code list value

5.1.6.1.5.3 Leeks

Data type: code list value

5.1.6.1.6 Cole Crops, Brassica oleracea

Data type: code list value

5.1.6.1.6.1 White, Green, Red Cabbage

Data type: code list value

5.1.6.1.6.2 Brussels Sprout

Data type: code list value

5.1.6.1.6.3 Stem Cabbage, Kohlrabi

Data type: code list value

5.1.6.1.6.4 Cauliflower

Data type: code list value

5.1.6.1.6.5 Broccoli

Data type: code list value

5.1.6.1.6.6 Savoy Cabbage

Data type: code list value

5.1.6.1.7 Leaf, Stalk, Flowering Vegetable Crops

Data type: code list value

5.1.6.1.7.1 Lettuces, Salads

Data type: code list value

5.1.6.1.7.2 Asparagus

Data type: code list value

5.1.6.1.7.3 Spinach

Data type: code list value

5.1.6.1.7.4 Rods Celery

Data type: code list value

5.1.6.1.7.5 Rhubarb

Data type: code list value

5.1.6.1.7.6 Artichoke

Data type: code list value

5.1.6.1.7.7 Romanesco

Data type: code list value

5.1.6.1.8 Fruiting Vegetable Crops

Data type: code list value

5.1.6.1.8.1 Tomato

Data type: code list value

5.1.6.1.8.2 Bell Pepper

Data type: code list value

5.1.6.1.8.3 Chili Pepper

Data type: code list value

5.1.6.1.8.4 Eggplant

Data type: code list value

5.1.6.1.9 Cucurbit Crops

Data type: code list value

5.1.6.1.9.1 Cucumbers

Data type: code list value

5.1.6.1.9.2 Zucchini

Data type: code list value

5.1.6.1.9.3 Melons

Data type: code list value

5.1.6.1.9.4 Pumpkins

Data type: code list value

5.1.6.1.10 Oilseed or Fibre Crops

Data type: code list value

5.1.6.1.10.1 tobacco

Data type: code list value

5.1.6.1.10.2 hops

Data type: code list value

5.1.6.1.10.3 rape and turnip rape

Data type: code list value

5.1.6.1.10.4 sunflower

Data type: code list value

5.1.6.1.10.5 linseed, oil flax

Data type: code list value

5.1.6.1.10.6 cotton

Data type: code list value

5.1.6.1.10.7 flax

5.1.6.1.10.8 hemp

Data type: code list value

5.1.6.1.10.9 other oilseed or fibre crops

Data type: code list value

5.1.6.1.11 aromatic, medicinal, culinary herbs

Data type: code list value

5.1.6.1.12 Flowers and ornamental plants

Data type: code list value

5.1.6.1.13 strawberries

Data type: code list value

5.1.6.1.14 sugarcane

Data type: code list value

5.1.6.1.15 other arable crops [5.1.6.1.99]

Data type: code list value

5.1.6.2 Meadow Grasses and Herbs

Data type: code list value

5.1.6.3 Permanent crops

Data type: code list value

5.1.6.3.1 Pome Fruits

Data type: code list value

5.1.6.3.1.1 Apple

Data type: code list value

5.1.6.3.1.2 Pear

Data type: code list value

5.1.6.3.1.3 Quince

Data type: code list value

5.1.6.3.1.4 Medlar

Data type: code list value

5.1.6.3.1.5 Pomegranate

Data type: code list value

5.1.6.3.2 Drupes, Stone-Like Fruits

Data type: code list value

5.1.6.3.2.1 Sweet Cherry

Data type: code list value

5.1.6.3.2.2 Sour Cherry

Data type: code list value

5.1.6.3.2.3 Plum

Data type: code list value

5.1.6.3.2.4 Mirabelle, Spilling

Data type: code list value

5.1.6.3.2.5 Peach, Nectarine

Data type: code list value

5.1.6.3.2.6 Apricot

Data type: code list value

5.1.6.3.2.7 Avocado

Data type: code list value

5.1.6.3.2.8 Mango

Data type: code list value

5.1.6.3.2.9 Litchi

Data type: code list value

5.1.6.3.2.10 Date Fruit

Data type: code list value

5.1.6.3.2.11 Oil Palm

Data type: code list value

5.1.6.3.3 Nuts

Data type: code list value

5.1.6.3.3.1 Walnuts

Data type: code list value

5.1.6.3.3.2 Chestnuts

Data type: code list value

5.1.6.3.3.3 Hazelnuts

Data type: code list value

5.1.6.3.3.4 Cashew Nuts

Data type: code list value

5.1.6.3.3.5 Brazil Nuts

Data type: code list value

5.1.6.3.3.6 Pekka Nuts

Data type: code list value

5.1.6.3.3.7 Pistachios

Data type: code list value

5.1.6.3.3.8 Almond

Data type: code list value

5.1.6.3.3.9 Coconuts

Data type: code list value

5.1.6.3.4 Citrus fruits

Data type: code list value

5.1.6.3.4.1 Oranges

Data type: code list value

5.1.6.3.4.2 Lemons

Data type: code list value

5.1.6.3.4.3 Limes

Data type: code list value

5.1.6.3.4.4 Pomelos

Data type: code list value

5.1.6.3.4.5 Grapefruits

Data type: code list value

5.1.6.3.4.6 Mandarine

Data type: code list value

5.1.6.3.4.7 Clementine

Data type: code list value

5.1.6.3.5 Berry Crops

Data type: code list value

5.1.6.3.5.1 Raspberries

Data type: code list value

5.1.6.3.5.2 Blackberries

Data type: code list value

5.1.6.3.5.3 Currants

Data type: code list value

5.1.6.3.5.4 Gooseberries

Data type: code list value

5.1.6.3.5.5 Blueberries

Data type: code list value

5.1.6.3.5.6 Cranberries

Data type: code list value

5.1.6.3.5.7 Juniper

Data type: code list value

5.1.6.3.5.8 Elderberries

Data type: code list value

5.1.6.3.5.9 Cornel

Data type: code list value

5.1.6.3.5.10 Passion Fruit

Data type: code list value

5.1.6.3.6 Grapes

Data type: code list value

5.1.6.3.7 Olives

Data type: code list value

5.1.6.3.8 Other Fleshy Fruits

Data type: code list value

5.1.6.3.8.1 Banana

Data type: code list value

5.1.6.3.8.2 Fig Fruit

Data type: code list value

5.1.6.3.8.3 Kiwi

Data type: code list value

5.1.6.3.8.4 Papaya

Data type: code list value

5.1.6.3.8.5 Ananas

Data type: code list value

5.1.6.3.8.6 Custard Apple

Data type: code list value

5.1.6.3.8.7 Prickly Pear

Data type: code list value

5.1.6.3.8.8 Persimmon

Data type: code list value

5.1.6.3.9 Exotic Aromatic and Spice Crops

Data type: code list value

5.1.6.3.9.1 Coffee Bush

Data type: code list value

5.1.6.3.9.2 Cocoa Tree

Data type: code list value

5.1.6.3.9.3 Pepper

Data type: code list value

5.1.6.3.9.4 Cinnamon Tree

Data type: code list value

5.1.6.3.9.5 Vanilla

Data type: code list value

5.1.6.3.9.6 Cloves

Data type: code list value

5.1.6.3.9.7 Cardamom

Data type: code list value

5.1.6.3.9.8 Ginger

Data type: code list value

5.1.6.3.10 Leaf Crops from Woody Plants

Data type: code list value

5.1.6.3.10.1 Tea Bush

Data type: code list value

5.1.6.3.10.2 Coca Bush

Data type: code list value

5.1.6.3.10.3 Mate Tree

Data type: code list value

5.1.6.3.11 Woody Plant Nursery

Data type: code list value

5.1.6.3.12 Christmas Trees

Data type: code list value

5.1.6.3.13 Herbaceous Biomass Crops

Data type: code list value
E.g. Miscanthus, Sida, Igniscum, Silphium, Sorghum.

5.1.6.3.14 Woody Biomass Crops

Data type: code list value
E.g. Willow, Wicker, Poplar.

5.1.6.3.15 Other permanent crops [5.1.6.3.99]

Data type: code list value

5.1.6.4 Mushrooms

Data type: code list value

5.1.6.5 Aquatic crops

Data type: code list value

5.1.6.5.1 Algae crops

Data type: code list value

5.1.6.6 Fallow land [5.1.6.98]

Data type: code list value

Parcels formerly used as agricultural land which are temporary (at least 3 years) or permanently not cultivated, and have no crop cover, and are not part of a cultivation cycle anymore.
Excludes:
Set aside parcels which are not meant to be harvested, but still are greened and part of a crop rotation cycle, are not seen as fallow land. For Set aside parcels see LCH 5.1.4.13 “set aside parcel~~set aside parcel~~”.

5.1.6.7 Unspecified crop [5.1.6.99]

Data type: code list value
Parcel is under cultivation but crop species is unkown.

5.1.7 Plant growth stage

Data type: code list

The different vegetative (or development) stages of the crops like germination, seedling, vegetative, budding, flowering and ripening.
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5.1.7.1 sowing the seeds

Data type: code list value
Seeds have been brought out onto the parcel, however germination and appearance of plant growth is not yet visible.
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5.1.7.2 germination, sprouting

Data type: code list value
The plant growth phase when the seed is starting to grow from the beginning and develop sprouts.
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5.1.7.3 vegetative phase

Data type: code list value
The plant growth phase when the sprouts evolve in a young plant in growing leafs, shooting and tillering.
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5.1.7.4 reproductive phase

Data type: code list value
The plant growth phase when it is booting, buildings heads and flowers.
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5.1.7.5 ripening phase

Data type: code list value
The plant growth phase when it is develops fruit, in the state of maturation and ripening, followed by senescence.
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5.1.7.6 harvested empty field

Data type: code list value
Parcel has been harvested, no crop residues are left over, spontaneous green through resprouting of weeds has not yet started.

5.1.7.7 crop residues

Data type: code list value
Parcel has been harvested and some crop residues are still standing or laying on the parcel, e.g. grain straw or stubbles, left behind fruit from harvesting procedure. This element can be combined with other Plant Growth Stage LCH 5.1.7.8 “resprouting on harvested field”.
Excludes:
If this element applies, it excludes the element LCH 5.1.7.6 “harvested empty field”.

5.1.7.8 resprouting on harvested field

Data type: code list value
Parcel has been harvested and some weed and/or seeds from harvested crop are resprouting on the field, which results in a spontaneous arbitrary re-greening. This element can be combined with other Plant Growth Stage LCH 5.1.7.7 “crop residues”.
Excludes:
If this element applies, it excludes the element LCH 5.1.7.6 “harvested empty field”.

5.1.8 Crop Season

Data type: code list
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5.1.8.1 Crop Season Ongoing

Data type: code list value
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5.1.8.2 Summer Crop Season

Data type: code list value
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5.1.8.3 Winter Crop Season

Data type: code list value
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5.1.8.4 Year-round Crop Season

Data type: code list value
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5.1.8.5 Number Of Crop Seasons

Data type: integer value
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5.1.9 Crop Rotation Element

Data type: code list
This segment contains a list of the roles that certain crops play as part of the crop rotation sequence.
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5.1.9.1 Main Crop

Data type: code list value
This element applies for the first and main crop of the year. It is normally seeded after the harvest of the previous year. When cultivated as main (and first) crop it normally brings the highest yield. The main crop can be followed by other sub-sequent crops.
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5.1.9.2 Secondary Crop

Data type: code list value
This element applies for the second (or third) crop that follows the already harvested main crop of the running year. When being called “secondary” does not mean it is inferior to the main crop, only that the yield is not expected to be that high compared to the crop type if it would have been seeded in the previous autumn or winter.
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5.1.9.3 Side Crop

Data type: code list value
This element applies for collateral or additional crops that are cultivated at the same time along with the main or also the secondary crop. The reason to do so can be to support biodiversity or to improve soil nutrient content. The side crop has also an economic value when harvested.
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5.1.9.4 Cover Crop

Data type: code list value
This element applies for sub-sequent crops where the cultivation purpose lays more in the soil protection or to prevent soil erosion, to support biodiversity or soil nutrient content. The harvesting value is inferior, compared to its function.
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5.1.10 Cultivation Strategy

Data type: code list
This heading contains overall strategies how agriculture is exercised and which bundle of methods are implied.
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5.1.10.1 conventional farming

Data type: code list value
This character applies for conventional agricultural systems which make use of industrial fertilizers, herbicides and pesticides and heavy machinery to maximize harvest yield.
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5.1.10.2 organic farming

Data type: code list value
This character applies for organic or “Eco”-farming as agricultural systems which try to (or by convention must) avoid industrial fertilizers, herbicides and pesticides. Instead, biological or mechanical plant protection measures are exercised, in combination with natural fertilizers like green manure.
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5.1.11 Grazing

Data type: heading

This character expresses if a piece of land is used for grazing, subtypes indicate the grazing intensity (according to the EU IACS).
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5.1.11.1 Grazing Intensity

Data type: code list
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5.1.11.1.1 no grazing

Data type: code list value

No grazing activity is observed for this piece of land.
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5.1.11.1.2 grazing present, intensity unspecified

Data type: code list value

Grazing is present, but intensity is not known.
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5.1.11.1.3 Extensive, freerange grazing

Data type: code list

Extensive grazing means two or less livestock units per hectare.
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5.1.11.1.4 intensive grazing

Data type: code list value

Intensive grazing means more than 2 livestock units per hectare.
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5.1.11.2 Grazing Lifestock per ha

Data type: integer value

Indicates, how many lifestock units (animals) per hectare are grazing on a particular parcel.
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5.1.11.3 Grazing Cycle

Data type: code list
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5.1.11.3.1 All Year-round Grazing

Data type: code list value
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5.1.11.3.2 Seasonal Grazing

Data type: code list value
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5.1.11.3.3 Rotational Grazing, Paddocks

Data type: code list value
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5.1.11.3.4 Occasional Grazing

Data type: code list value
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5.1.11.3.5 Unmanaged Natural Grazing

Data type: code list value
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5.1.11.4 Grazing Routine

Data type: code list
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5.1.11.4.1 Day Grazing

Data type: code list value
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5.1.11.4.2 Night Grazing

Data type: code list value
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5.1.11.4.3 Day and Night Grazing

Data type: code list value
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5.1.11.5 Lifestock Species Type

Data type: code list
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5.1.11.5.1 Cattle

Data type: code list value
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5.1.11.5.2 Horses

Data type: code list value
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5.1.11.5.3 Deer

Data type: code list value
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5.1.11.5.4 Pigs, Boars

Data type: code list value
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5.1.11.5.5 Sheep

Data type: code list value
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5.1.11.5.6 Goats

Data type: code list value
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5.1.11.5.7 Poultry

Data type: code list value
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5.1.11.5.8 Other Grazing Animals

Data type: code list value
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5.2 Forest Land Management

Forest Land includes all land with woody vegetation consistent with thresholds used to define Forest land in the national greenhouse gas inventory. It also includes systems with a vegetation structure that currently fall below, but in situ could potentially reach the threshold values used by a country to define the Forest Land category. (Source: 2006 IPCC Guidelines) According to FAO 2015 Forest land must span more than 0.5 hectares with trees higher than 5 meters and a canopy cover of more than 10 percent, or trees able to reach these thresholds in situ. This segment addresses different characters that further describe the form specific techniques of forestry management. By combining the following characteristics listed under this segment different types of forest constellations can be described. To separate between native forests (forests that do not contain any non-native trees) and non-native forest (forests containing both native and non-native tree species) use the code list 3.9 Plant Species Origin~~Plant Species Origin~~.
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5.2.1 Forest Age Structure

Data type: code list

The forestry age structure gives indication about the cultivation cycles of the addressed forest area and its structure, which is influenced by the forestry practice, silvicultural measures, forestry rotation system, and silvicultural regeneration method.
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5.2.1.1 even-aged stands

Data type: code list value

This characteristic indicates that on a forest parcel all trees are of the same age, because they were planted at the same time, or are by nature of the same generation of trees.
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5.2.1.2 uneven-aged stands

Data type: code list value

A forest parcel where trees are of different ages.
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5.2.1.3 all-aged stands, old-growth forest

Data type: code list value

In principle, this character applies for forest parcels predominantly composed of self-sown native tree species, independently from any human intervention or afforestation planting. The age of trees and species combination result from natural growth conditions. Naturally aged forest might be managed to some degree, or be entirely unmanaged (untouched, non-intervention forest, or a strict forest reserve). (Natural Forest standard, Glossary of Terms V1.2).
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5.2.2 Forest Age Stage

Data type: code list

This Character addresses the level of approximate age that the trees have reached at the moment of observation.
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5.2.2.1 seedlings

Data type: code list value

This character expresses a very early stage of tree plant growth with an age range of 0 – 5 years. This threshold is not meant to be hard fixed, but as an orientation.
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5.2.2.2 young or mid-aged trees

Data type: code list value

This character expresses an early stage of tree plant growth with an age range of 5 – 15 years. This threshold is not meant to be hard fixed, but as an orientation.
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5.2.2.3 grown-up or mature trees

Data type: code list value

This character expresses an advanced stage of tree growth with an age range of from 20 years and beyond. A tree becomes mature when it starts producing fruits or flowers. How long it will stay productive depends on the species. This threshold is not meant to be hard fixed, but as an orientation. Additional age stages can be added in the model.
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5.2.3 Forest Composition

Data type: code list

This Character indicates whether a forest parcel is composed of a mixture of different tree species (can of the same leaf type), or if a forest parcel consists of more or less the same tree species.
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5.2.3.1 mixed forest stands

Data type: code list value

This Character indicates that the forest parcel is composed of a mixture of different tree species (can be of the same leaf type).
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5.2.3.2 unmixed forest stands

Data type: code list value

This Character indicates that the forest parcel consists of more or less the same tree species, be it in a monoculture manner, or naturally growing single species tree stands.
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5.2.4 Forestry Practice

Data type: code list

Under this segment the main forestry practices are listed, describing the overall strategy how to principally cultivate and harvest woodland.
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5.2.4.1 Coppice, low forest

Data type: code list value

A coppice forest (de: Niederwald) is a traditionally managed woodland, normally with broadleaved trees. This form involves cutting back the trees every 15 to 25 years. The method exploits the capacity of many species of trees to put out new shoots from their stump or roots if cut down. In a coppiced wood, which is called a copse, young tree stems are repeatedly cut down to near ground level, resulting in a stool. New growth emerges, and after a number of years, the coppiced tree is harvested, and the cycle begins anew.
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5.2.4.2 coppice-standard combination

Data type: code list value

This form of forest practice (de: Mittelwald) combines Coppice forest (see above) and High Forest (see below).
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5.2.4.3 high forest

Data type: code list value

High forest (de: Hochwald) is a type of woodland where tree growth originated from self-seeded or planted seedlings and developed in an erect form of the stem. In contrast to a low forest (coppice forest, see above), a high forest in a grown-up stage usually consists of tall, mature trees with a closed canopy. High forests can occur naturally or they can be the result of a plantation and maintenance process. Under human forest management, two form of high forest exist, the parcel-based high forest, or the Plenter forest (see also silvicultural harvesting and regeneration methods)
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5.2.5 Forestry Rotation System

The forest rotation system indicates, how long the time intervals are, within which the trees are grown before the trees are felled. The term rotation stands here for forestry cycle.

Data type: code list
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5.2.5.1 short rotation coppice (SRC) plantation

Data type: code list value

Short rotation Coppicing (SRC) refers to the growing of trees (usually willow or poplar) in extremely dense stands, harvested at 2-5 years intervals and regenerated from the stools, which are expected to survive 5 rotations at least, before plants need to be replaced be re-planting.
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5.2.5.2 short rotation forestry (SRF) plantation

Data type: code list value

Short rotation forestry (SRF) consists of planting a site and then felling the trees when they have reached a size of typically 10-20 cm diameter at breast height. Depending on tree species this usually takes between 6 and 20 years, and is therefore intermediate in timescale between Short rotation Coppicing (SRC) and conventional long rotation forestry.
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5.2.5.3 intermediate or long rotation forestry

Data type: code list value

Intermediate or long rotation forest is the most common type of forest management practice. The harvesting of the wood takes place when stands have reached an age around 40-50 years and beyond.
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5.2.5.4 continuous cover forestry

Data type: code list value

This rotation system is an approach to the sustainable management of forests whereby forest stands are maintained in a permanent manner and with irregular structure, which is created and sustained through the selection and harvesting of individual trees. It is a continuous cover forestry (CCF), clear cutting is not applied. These stands normally involve a mixture of different tree species and ages.
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5.2.6 Forest Rejuvenation

Data type: code list

5.2.6.1 planted rejuvenation

Data type: code list value

Forest plants are seeded or planted by intention. The rejuvenation process of the forest is initiated by human interaction. In some cases not the entire forest unit is planted, but only in parts, combined with some degree of natural succession. In such a case, the parcel can be described by choosing both types of rejuvenation (man-made and natural).
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5.2.6.2 natural forest succession

Data type: code list value

Forest rejuvenation takes place on a natural basis, no human intervention is involved in the regeneration of the forest. (Does not exclude interventions at a later stage of growth).
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5.2.6.2.1 self-seeded forest succession

Data type: code list value

Forest rejuvenation evolves on the basis self-seeded spreading of plants seeds by themselves in a natural manner.
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5.2.6.2.2 re-sprouting forest

Data type: code list value

A special form of natural succession – although eventually triggered by human intervention e.g. after coppicing – is the regrowth of shoots out of the roots and branches or out of a cut down or broken tree stump.
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5.2.7 Silvicultural Measure

Data type: code list

This segment contains a list of silvicultural measures that are applied to the forest. They are applied to the plants and the soil. In analog to cultivation measures also forestry measures are activities that are applied to forest parcels in order to support a healthy and efficient growth of trees or to maintain the forest in the intended condition.
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5.2.7.1 forest cleaning, weeding

Data type: code list value

Cleaning and weeding take place in a very early growth stage in the first years of seedlings developing to young forest stands. The parcel is cleared of unfavorable and concurrent consumer vegetation (herbaceous vegetation, other tree exemplars) that grow in direct surrounding of favorable forest plants, regarding their unwanted consumption of light, water, nutrients or growing space. This procedure can be done in a mechanical or chemical manner.
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5.2.7.2 forest thinning

Data type: code list value

Thinning is applied to a forest stand to reduce the number of individual trees and to provide better growing conditions to the best developed exemplars. In reducing the number of trees, the provided light, water, nutrients and space. Such selective removal of trees not only help to improve the growth rate but also the health condition of the remaining trees. Overcrowded trees are under competitive stress from their neighbors. Thinning can also contribute to increase the resistance of the stand to environmental stress.
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5.2.7.3 forest pruning

Data type: code list value

Pruning is a horticultural and silvicultural method involving the selective removal of certain parts of a plant, such as branches, buds, or roots. Pruning is applied with the aim of either influence the growth form of a plant, remove dead or damaged parts of the plant, or to raise the production of fruit. In the context of silviculture, pruning helps also to create greater timber value by reducing the number of branches and knots, and to make the tree focus in vertical growth or crown development.
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5.2.7.4 ring-barking, girdling

Data type: code list value
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5.2.7.5 interplanting

Data type: code list value

Diversification of tree species among monocultures with plantation of young mixed stands. Often applied to alter monoculture forestry stands into mixed (needle leaved & broad leaved tree stands).
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5.2.7.6 dead wood removal

Data type: code list value
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5.2.7.7 forest irrigation

Data type: code list value
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5.2.7.8 forest drainage

Data type: code list value
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5.2.7.9 forest liming

Data type: code list value
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5.2.7.10 forest firebreak

Data type: code list value
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5.2.8 Silvicultural Harvest and Regeneration Method

Data type: code list

In Forestry, the harvest of timber is very much connected and interlinked with methods of forest regeneration. Therefore, these two aspects come together in the heading of this segment. Here, several forms of forest harvest are listed. The list tries to capture the most common methods, many other variations exist besides.
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5.2.8.1 clearcutting

Data type: code list value

With the clear-cut method, all trees of a parcel are felled at once, no other trees are left standing for further growth. A clear cut is therefore the last step in the process of timber production. After a clear cut – if forestry use is continued on the land unit - , a new plantation cycles starts with replanting seedlings or leave the unit to natural succession. Other than forestry continuation, also orther land use type can take over after a final clear cut. Then it is not anymore under forestry management. This harvesting method can be seen connected with all forestry rotation systems.
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5.2.8.2 shelterwood cutting

Data type: code list value

Shelterwood (de: Schirmschlag)cutting is applied to a mature forest stand. It refers to the progression of forest cuttings by felling more and more single trees, step by step in an evenly distributed manner throughout the woodland parcel. The process stretches over several years, and each time after a felling event, more open space and light becomes available for the rejuvenation on the ground, which takes place in the shadow of the left over still standing shelter trees. Like that, it leads to the establishment of a new generation of seedlings of a particular species or group of species through natural succession without planting. The result of this harvest and regeneration method is a new even-aged forest stand (with only few years difference in age). This harvesting method is connected with long rotation forestry.
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5.2.8.3 femel cutting

Data type: code list value

In the process of Femel cut (Femelschlag), which is similar to the shelterwood cut (Schirmschlag), the mature trees are also felled over a period of a few years. The difference is in the island-like or grouped distribution of harvested trees. I that manner, a mix of shadow-affine and sunlight affine tree species can regenerate in a balanced manner on the parcel. Through the subsequent phases of cutting, the initial spots of clear areas grow bigger in a concentric way, and all of these spots are distributed in a mosaic pattern on the woodland parcel. This harvesting method is connected with long rotation forestry.
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5.2.8.4 strip cutting

Data type: code list value

Also the strip cutting method (de: Saumschlag) is applied to fell the trees in mature forest stands not all at once, but stepwise, stretched over several years. The progression of the felling starts at the outer edge of a woodland parcel, and moves year by years towards the opposite side of the parcel. In doing so, the light and micro-weather conditions change slowly, as more trees are taken out, and also different species can succeed, having different ecological requirements. The cutting is executed in such a way, that the still standing trees protect the cleared area with the succeeding seedlings from the main wind direction. This harvesting method is connected with long rotation forestry.
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5.2.8.5 selection cutting

Data type: code list value

With the selection logging method (de: Plenterwald), not all trees of a parcel are felled at once, but only a number of selected trees that are chosen to be already in the right mature condition for harvesting. Some other trees are left standing either because they have not yet any value for logging or for further growth. This harvesting method is connected with long rotation forestry. Decisions on the felling or keeping of trees are made not only based on their maturity and timber value but also based on the characteristics and ecological processes inherent to the stand site (nature-oriented forestry). The selection cutting is system is seen to be a very sustainable form of forestry, where felling of trees, rejuvenation and regrowth throughout different age classes and mixed species is in an equilibrium, which ensures a continuous forest cover. However, if selection logging is applied continuously intensive beyond any sustainable rationale, selection logging leads to forest degradation, where natural succession can´t keep up due to ecological conditions.
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5.2.8.6 coppicing

Data type: code list value

Coppicing (de: Niederwald) is a woodland management measure of repeated cutting down of tree stems near the ground, generating regrowth of new shoots from the coppiced tree (stool). New shots are harvested in 3-50 year cycles, cycle length being dependent on species (e.g. willow, birch, hazel, poplar, hornbeam, beech, ash, alder, oak) and use of harvested wood (e.g. brushwood, charcoal, poles, withies for wicker-work, firewood, timber). This harvesting method is connected to short rotation forestry systems.
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5.2.8.7 pollarding

Data type: code list value

Pollarding is similar to coppicing, with the difference that the tree is not cut near ground level, but a few meters above ground. The effect of pollarding causes the tree to re-sprout at the head level new thin shoots. The purpose behind this method is to make the tree produce biomass with a lot of leafs which can be used as fodder or stray. Nowadays, it is also applied for esthetic reasons, e.g. along alleys or in urban green areas. With pollarding, the plant can be held in a more or less juvenile state, whereas the trunk can have a high age.
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5.2.9 Forest Product Type

Data type: code list

The forestry product type indicates for what kind of products the trees are used: wood, fibre, bio-energy and/or non-wood forest product.
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5.2.9.1 Wood Product

Data type: code list value
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5.2.9.1.1 timber wood

Data type: code list value

Timber is harvested wood which is used as construction material, e.g. for furniture, buildings, bridges or any other sustaining structure.
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5.2.9.1.2 energy wood

Data type: code list value

Energy wood is harvested to be used as a combustible material to generate energy through burning the wood or for charcoal production.
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5.2.9.1.3 wood fibre

Data type: code list value

Fibre as the forestry product type indicates that the harvested wood is used for the production of cellulose as a basic material for pulp or paper.
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5.2.9.2 Non-wood Product

Data type: code list value

Goods derived from forests that are tangible and physical objects of biological origin other than wood. Specifically includes the following regardless of whether from natural forests or plantations: gum arabic, rubber/latex and resin; Christmas trees, cork, bamboo and rattan. Generally excludes products collected in tree stands in agricultural production systems and any woody raw materials and products (FAO 2015).
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5.2.9.2.1 cork

Data type: code list value

The so called “virgin cork” (to obtain insulating cork boards), is harvested when the cork oak tree is already 25/30 years old, The cork bark used to manufacture the cork stoppers, the so called „female cork“ is harvested 10-12 years. A tree can be harvested a dozen times in its lifetime.
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5.2.9.2.2 resin

Data type: code list value

Resin is usually collected by causing minor damage to the tree by making a hole far enough into the trunk to puncture the vacuoles, to let sap exit the tree, known as tapping, and then letting the tree repair its damage by filling the wound with resin.
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5.2.9.2.3 latex, natural rubber

Data type: code list value

Latex is the milky fluid that oozes from any wound to the tree bark of the rubber tree (Hevea brasiliensis or others). Basically cultivated on plantations in the tropics and subtropics, especially in South America, Southeast Asia and Western Africa.
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5.2.9.2.4 incense

Data type: code list value

A Sort of resin which carries etheric aromas, extracted from Boswellia tree species. It is used for religious or cultic rituals when burnt to spread aromatic smoke.
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5.2.9.2.5 myrrh

Data type: code list value

Myrrh is a gum-resin extracted from a number of small, thorny tree species of the genus Commiphora. Myrrh resin has been used throughout history as a perfume, incense and medicine.
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5.2.10 Forest History Type

Data type: code list

5.2.10.1 primary or virgin forest

Data type: code list value

Naturally regenerated forest of native species, where there are no clearly visible indications of human activities and the ecological processes are not significantly disturbed. There has been no known significant human intervention or the last significant human intervention was long enough ago to have allowed the natural species composition and processes to have become re-established. . Natural damage to the forest as through fire, avalanche, drought or other natural hazards are not in contradiction to the character of primary forest.
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5.2.10.2 secondary or naturally regenerated forest

Data type: code list value

Naturally regenerated forest where there are clearly visible indications of human activities. Includes selectively logged-over areas, areas regenerating following agricultural land areas or recovering from human-induced fires. Includes forests with a mix of naturally regenerated trees and planted/seeded trees, and where the naturally regenerated trees are expected to constitute more than 50 percent of the growing stock at stand maturity or forests where it is not possible to distinguish whether planted or naturally regenerated.
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5.2.10.3 reforestation

Data type: code list value

Re-establishment of forest through planting and/or deliberate seeding on land classified as forest or already in forestry use. Includes planting/seeding of temporarily unstocked forest areas as well as planting/seeding of areas with forest cover. Includes coppice from trees that were originally planted or seeded.
Excludes natural regeneration of forest (FAO 2015). According to UN IPCCC´s LULUCF (Land Use, Land Use Change, Forest) reporting practices, a time interval of under 20 years can be used here as a threshold for “new” forest.
Example: New planting of seedlings after a clear cut event on forestry used area for timber production, or after a storm damage event.
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5.2.10.4 afforestation

Data type: code list value

Establishment of forest plantations through planting and/or deliberate seeding on land that, until then, was not classified as forest. Implies a transformation from non-forest to forest. According to UN IPCCC´s LULUCF (Land Use, Land Use Change, Forest) reporting practices, a time interval of under 20 years can be used here as a threshold for “new” forest.
Example: Long tradition agricultural areas, grasslands or fallow lands are planted with trees; re- naturated extraction sites are filled up with earth or sand to grow additional forest.
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5.2.11 Forest Tree Species

Data type: code list
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5.2.11.1 Abies

Data type: code list value
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5.2.11.2 Acer

Data type: code list value
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5.2.11.3 Aesculus

Data type: code list value
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5.2.11.4 Alnus

Data type: code list value
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5.2.11.5 Betula

Data type: code list value
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5.2.11.6 Carpinus

Data type: code list value
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5.2.11.7 Castanea

Data type: code list value
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5.2.11.8 Cedrus

Data type: code list value
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5.2.11.9 Corylus

Data type: code list value
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5.2.11.10 Cupressoideae

Data type: code list value
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5.2.11.11 Eucalyptus

Data type: code list value
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5.2.11.12 Fagus

Data type: code list value
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5.2.11.13 Fraxinus

Data type: code list value
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5.2.11.14 Ginkgo

Data type: code list value
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5.2.11.15 Juglans

Data type: code list value
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5.2.11.16 Larix

Data type: code list value
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5.2.11.17 Picea

Data type: code list value
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5.2.11.18 Pinus

Data type: code list value
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5.2.11.19 Platanus

Data type: code list value
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5.2.11.20 Populus

Data type: code list value
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5.2.11.21 Pseudotsuga

Data type: code list value
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5.2.11.22 Quercus

Data type: code list value
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5.2.11.23 Salix

Data type: code list value
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5.2.11.24 Taxus

Data type: code ist value
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5.2.11.25 Tilia

Data type: code list value
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5.2.11.26 Ulmus

5.3 Industrial Land Management

Data type: code list

5.3.1 Mining Technique

Data type: code list

5.3.1.1 Surface Open Pit Mining

Data type: code list value

5.3.1.2 Underground Mining

Data type: code list value

5.3.1.3 Under Water Mining

Data type: code list value

5.3.1.4 Salines Extraction Site

Data type: code list value
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5.3.1.5 Leaching, Solution Mining

Data type: code list value
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5.3.1.6 Fracking

Data type: code list value
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5.3.2 Mining Product Type

Data type: code list

This category contains a list of various mining product types, partly grouped.
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5.3.2.1 Fossil Hydrocarbon Fuels

Data type: code list value

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5.3.2.1.1 Hard Coal

Data type: code list value

5.3.2.1.2 Lignite Coal

Data type: code list value

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5.3.2.1.3 Peat

Data type: code list value

5.3.2.1.4 Crude Oil

Data type: code list value

5.3.2.1.5 Oil Sands

Data type: code list value

5.3.2.1.6 Bituminous Rocks

Data type: code list value
E.g. sedimentary rocks, usually shale, sandstone, limestone or dolostone/dolomite, that contain traces of tar, bitumen, asphalt, petroleum or carbon.

5.3.2.1.7 Mineral Gas

Data type: code list value

5.3.2.2 Metal Ores

Data type: code list value

5.3.2.2.1 Iron Ores

Data type: code list value

5.3.2.2.2 Nonferrous Metal Ores

Data type: code list value
E.g. Aluminium, Copper, Nickel, Cobalt, Lithium, Gold, Silver etc.

5.3.2.2.3 Rare Earths

Data type: code list value
These 17 elements: Dysprosium, Neodym, Praseodym, Terbium, Thulium, Holmium, Lanthan, Europium, Gadolinium, Lutetium, Promethium, Samarium, Scandium, Ytterbium, Yttrium, Erbium, Cer

5.3.2.3 Non-Metallic Minerals

Data type: code list value

5.3.2.3.1 Stones And Earths

Data type: code list value

5.3.2.3.2 Chemical Minerals

Data type: code list value

5.3.2.3.2.1 Salt

Data type: code list value

5.3.2.3.3 Precious And Semi-Precious Stones

Data type: code list value

5.3.2.4 Other Mining Material

Data type: code list value

5.4 Terrain Modification and Land Engineering Measure

Data type: code list

5.4.1 terraced terrain

Data type: code list value

This linear character describes the modification of land surface to equal out a slope with regularly arranged platforms in a stepwise manner. It requires earthworks to make the terraces. Terraces are mainly arranged for agricultural purposes (but not exclusively) in areas where the original relief energy is too high for agricultural activities like sowing, mowing, ploughing, harvesting or flooding irrigation. Typically, the terraces´ edges follow the isohypes of equal height of the slope.
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5.4.2 artificial terrain modification

Data type: code list value

This character describes heavily transformed surface, for example with the purpose to level out too steep terrain or in contrary to create higher relief energy. A special case of application is the leveling and earth modelling of ski pistes in mountainous regions.
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5.4.3 artificial snow preparation

Data type: code list value

This character indicates if a piece of land, in particular a ski piste, is prepared with artificial snow, which is made with snow cannons along the ski piste. It is done to meliorate the skiing conditions over the season and also to prolong the duration of skiing season. For this kind of snow-making, often water reservoirs are necessary that can be found nearby the skiing area as small ponds in the slope.
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5.4.4 snow farming area

Data type: code list value

This character indicates areas which are used to either collect snow (artificial or natural) over the cold (winter) season, with or without using particular installations or terrain modification. The snow is then covered with specific substances to preserve the snow from melting throughout the warm summer season.
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5.4.5 avalanche prevention or protection installation

Data type: code list value

This character indicates the presence of specific technical installations or constructions that prevent avalanches to occur or protect area affected or damaged by avalanches.
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5.5 Administrative regulations, Use constraints

Data type: code list

5.5.1 Access restriction

Data type: code list
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5.5.1.1 Civil, open

Data type: code list value

Areas of this LCH are publically open to civil society, meaning all people have access to this area.
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5.5.1.2 civil and military

Data type: code list value

Areas of this LCH are accessible to both civilians and to military.
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5.5.1.3 temporary restricted

Data type: code list value

Areas of this LCH are bound to access restrictions of a limited time span, for example after a severe natural disaster or a contamination event.
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5.5.1.4 military only, restricted

Data type: code list value

Areas of this LCH are only accessible by the military, others have no access to this area, (or only under special allowance conditions).
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5.5.2 Protected area type

Data type: code list
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5.5.2.1 nature conservation area

Data type: code list value

This area is under strict nature protection status by law. Many human activities like e.g. hiking of the trials, fire making, agricultural, forestry, industrial of urban construction activities etc. are forbidden.
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5.5.2.2 landscape conservation area

Data type: code list value

This area is under landscape protection status. It means that human activities are allowed to some extend (including agriculture and forestry), but the overall appearance of the landscape character shall be preserved. This can include access restrictions for individual traffic by car.
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5.5.2.3 Natura2000

Data type: code list value

This area is listed under European law as a Natura 2000 protected site.
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5.5.2.4 Birds retrieval area

Data type: code list value

This area has strict access limitations, either throughout the entire year or to protect birds during their breeding phase.
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5.5.2.5 Biosphere reserve

Data type: code list value

In areas designated as UNESCO Biosphere Reserves, the focus is on the harmonised management of biological and cultural diversity. It can have a zonal structure, where the inner core areas underlay more strict protection regulation than the outer areas around the center of the reserve area.
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5.5.2.6 Geopark

Data type: code list value

UNESCO Global Geoparks are single, unified geographical areas where sites and landscapes of international geological significance are managed with a holistic concept of protection, education and sustainable development.
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5.5.2.7 National Park

Data type: code list value

A national park is a larger area where nature conservation is the primary purpose, often in combination with recreational use. It stands under authoritative administration, who also provides decent touristic infrastructure. Often it is a reserve of natural, semi-natural, or developed land that a sovereign state declares or owns. The applied rules that count inside a national park, and how it is administered may differ from country to country. Throughout all national parks the common idea is the conservation of 'wild nature' for posterity and as a symbol of national pride.
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5.5.2.8 other protected area type

Data type: code list value
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6 Status, Condition

Data type: code list

Under this segment of LCH, a number of characters are listed that describe the status or the condition of a land unit, and – if damaged – also the reason why.
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6.1 Land use status

Data type: code list

This Characteristic indicates the status of a Land Unit, in which status or condition it is.
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6.1.1 under construction

Data type: code list value

This character applies for areas under construction development, like soil or bedrock excavations or earthworks. It is assigned for areas where landscape is affected by human activities, changed or modified into artificial and man-made surfaces, being in a state of anthropogenic transition. The final use and form of the area being built is already determined, but not necessarily known by one who captures the status.
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6.1.2 never been in use

Data type: code list value

Area is not in use and has never been, as far as no traces of human activities can be recognized.
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6.1.3 out of use

Data type: code list value

Area is temporary out of use, but probably will return to being used.
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6.1.4 abandoned

Data type: code list value

This character expresses that an area belongs is not in use and can't be used any more for the original purpose without major reparation/renovation work.
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6.1.5 clear cut

Data type: code list value

Area has been cleared of woody vegetation cover (trees or shrubs).
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6.1.6 collapsed, destroyed, damaged

Data type: code list value

Status of an object which is not intact or functional anymore due to destruction or collapse. It refers mostly to infrastructural objects or utilities like buildings, constructions or complexes.
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6.1.7 managed nature restoration

Data type: code list value

This character applies for areas which are brought back to a natural or at least semi-natural state, so that for example soil sealing elements are removed, ground is decontaminated, vegetation is seeded, naturally given soil moisture condition are restored, etc. Examples are the restoration of natural beds of water courses by giving them more space for meandering, flooding or filling of open pit mines, eventually combined with new vegetation cover etc.
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6.2 Damage Reason

Data type: code list

This segment contains a collection of possible damage reasons that can affect land units. It is oriented towards the INSPIRE code list on NaturalHazardCategoryValues, that focuses on natural disaster events and calamities. Here, the list is extended to also man-made damaging impact factors.
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6.2.1 Geological or Hydrological

Data type: code list value

Processes that have a geological (geosphere) or hydrological (hydrosphere) nature (or origin).

Some of the processes here included are clearly addressed as geological in the scientific literature, such as volcanic hazards or earthquake hazards, whereas other processes cannot be understood without geological and hydrological input, such as certain types of landslides (that can be triggered and mobilised by water), or floods (highly dependent on soil infiltration properties, topography, water table fluctuations), etc.
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6.2.1.1 tsunami

Data type: code list value

Long wave disruption in a large water body reaching emerged land. It can occur as a massive destructive ocean wave caused by sub-marine earthquake or volcanic eruption, or also as an inland water wave caused by a huge landslide plunging into a lake, or by a meteorite impact.
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6.2.1.2 volcanic eruption

Data type: code list value

An opening, or rupture, in the Earth's crust that allows hot magma, ash and gases to escape. Process directly linked to volcanic eruptions are expected to be included in this category, such as lahars, pyroclastic flow, ash fall, volcanic explosions, freatic explosions, etc.
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6.2.1.3 earthquake

Data type: code list value

Earthquake hazards involve the propagation of elastic waves at or near the surface after the release of tectonic stress or other natural sources, such as volcanic explosions or meteorite impacts. Liquefaction, ground shaking and other effects directly caused by seismic waves should also be included in this category.
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6.2.1.4 subsidence and collapse

Data type: code list value

Subsidence and collapse involve mainly vertical downwards ground movement of the surface of the Earth due to different processes of rock or soil weathering or rock compaction to a point where the rock structure cannot bear its own load (collapse) or causing relatively slow downwards movements (subsidence). Subsidence and collapse can be associated with carbonate rocks in karstic areas, but it can occur in other regions such as loessic soils or compressible soils.
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6.2.1.5 landslide

Data type: code list value

Processes of downhill slope movements of soil, rock, and organic materials related to different types of ground failure. Some common terms used for describing different types of landslides include but are not restricted to slides, rock fall, debris flow.
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6.2.1.6 snow avalanche

Data type: code list value

A snow mass with typically a volume greater than 100 m3 and a minimum length of 50 meters that slides rapidly downhill. Snow avalanches usually incorporate materials swept along the path of the snow avalanche, such as trees, rocks, etc. Avalanche formation is the result of a complex interaction between terrain, snow pack and meteorological conditions.
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6.2.1.7 flood

Data type: code list value

Processes of inundation of usually dry (emerged) land, or temporary covering by water of land not normally covered by water. Floods can be of many types (flash floods, river overflow, tidal floods), and can have many triggers (precipitation, natural water reservoir dam failure, river channel obstruction, etc). Tsunamis and a storm surges are usually considered as a different natural hazard.
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6.2.2 Meteorological or Climatological

Data type: code list value

Processes that have a meteorological (atmospheric) or climatic (changes in the long-run of environmental variables) nature (or origin).
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6.2.2.1 drought

Sustained and extensive occurrence of below-average water availability, caused by climate variability. Drought should not be confused with aridity, which is a long-term average feature of a dry climate. Likewise, drought should not be confused with water scarcity, which reflects conditions of long-term imbalances between water availability and demands. Droughts can affect both high and low rainfall areas and can develop over short periods of weeks and months or much longer periods of several seasons, years and even decades.
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6.2.2.2 extreme temperatures

Data type: code list value

An abnormal temperature rise (heat) or decrease (frost) lasting longer than usual temperature rise or drop. Heat waves or cold waves.
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6.2.2.3 storm damage

Data type: code list value

Violent winds with high speed and destructive power like tornados, hurricanes etc.
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6.2.2.4 lightning

Data type: code list value

Discharge of atmospheric electricity, mostly on connection with thunderclouds (cumulonimbus), but can also occur in dry conditions (absence of rain clouds).
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6.2.2.5 storm surge

Data type: code list value

Water pushed from the sea onto the land caused by an atmospheric disruption such as a hurricane or a rapid change in atmospheric pressure. Although a storm surge is a kind of flood, it is usually considered as a separated class.
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6.2.3 Fire

Data type: code list value

This category includes all types of processes that involve the occurrence and spreading of fire.
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6.2.3.1 forest fire, wildfire

Data type: code list value

Fire occurrence and spreading on vegetated land. Forest fire means fire which breaks out and spreads on forest and other wooded land or which breaks out on other land and spreads to forest and other wooded land. The definition of forest fire excludes prescribed or controlled burning, usually with the aim of reducing or eliminating the quantity of accumulated fuel on the ground (Regulation EC 2152/2003 - Forest Focus). Wildland Fire: Any fire occurring on wildland regardless of ignition sources, damages or benefits (FAO, 2011, Wildland Fire Management Terminology, FAO, updated September 2010).
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6.2.3.2 underground fire

Data type: code list value

Fire spreading below the surface, typically occurring in soils rich of peat or coal.
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6.2.4 Biological

Data type: code list value

Processes that are directly linked to living organisms or products produced by living organisms.
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6.2.4.1 insect infestation

Data type: code list value
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6.2.4.2 mould infestation

Data type: code list value
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6.2.4.3 epidemic

Data type: code list value

An outbreak of a disease that spreads rapidly among individuals in an area or population.
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6.2.4.4 allergens

Data type: code list value

Biological products or substances (such as pollen) that might cause allergy over a large number of people.
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6.2.4.5 animal browsing, overgrazing

Data type: code list value

Damaged vegetation by animals biting and chewing off plant parts, or animals too extreme grazing (tearing out even root parts) leaves vegetation no time to recover.
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6.2.4.6 animal trampling

Data type: code list value

Animal trampling causes degeneration of vegetation cover.
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6.2.5 Cosmic

Data type: code list value

Processes from outer space.
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6.2.5.1 meteorite impact

Data type: code list value

Solid materials from outer space reaching the Earth.
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6.2.5.2 magnetic disruption

Data type: code list value
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6.2.5.3 solar and cosmic radiation

Data type: code list value

Radiation from outer space (UV, gamma ray, etc).
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6.2.6 Contamination or pollution

Data type: code list
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6.2.6.1 Radioactive contamination

Data type: code list value
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6.2.6.2 chemical, toxic pollution

Data type: code list value
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6.2.6.3 soil salinization

Data type: code list value
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6.2.6.4 oil contaminated

Data type: code list value
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6.2.6.5 explosives contamination

Data type: code list value
Area contaminated by military ammunition or industrial explosive materials.
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6.2.6.6 plastic pollution

Data type: code list value
Contaminated or polluted by either micro or macro plastic.
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6.2.7 Intentional Or Accidental Structural Damage

Data type: code list value
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6.2.7.1 structural decay

Data type: code list value
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6.2.7.2 demolition, explosion

Data type: code list value
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6.3 Degenerative process

Data type: code list
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6.3.1 deforestation

Data type: code list value

Loss of tree cover by natural or man-made processes like drought, storm damage, clear cuts, soil erosion etc.
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6.3.2 soil erosion

Data type: code list value

Physical loss of (fertile) top soil through erosive transport of material due to wind, water flow or gravitational processes.
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6.3.3 desertification

Data type: code list value

Transition from vegetated land to desert conditions. It happens due to long-lasting lack of precipitation over the stretch of several years due to climate change or droughts, often in combination with human or animal impacts like salinization of the soil (due to bad irrigation management), cutting off water streams, overgrazing or deforestation. Like that, the surface loses continuously its vegetation cover and turns into bare and dry surface, often accompanied by aeolian sediments (sand and dust) that cover the surface.
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6.3.4 glacier melting

Data type: code list value

Areas where glaciers have reduced in their spatial (vertical or horizontal) extent by melting due to raising average temperatures.
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7 Geographical Characteristics

7.1 Habitat Context

Data type: Code list

The entries under habitat context describe the environmental surrounding in its role as a habitat where human beings, animals or plants live, roam or grow. The definitions of the habitat context largely follow the EUNIS habitat types (https://eunis.eea.europa.eu/habitats.jsp)
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7.1.1 Marine Habitats

Data type: Code list value
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7.1.2 Coastal Habitats

Data type: Code list value
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7.1.3 Inland Surface Waters Habitats

Data type: Code list value
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7.1.4 Mires, Bogs and Fens

Data type: Code list value
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7.1.5 Grasslands and Lands Dominated By Forbs, Mosses Or Lichens

Data type: Code list value
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7.1.6 Heathland, Scrub and Tundra

Data type: Code list value
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7.1.7 Woodland, Forest and Other Wooded Land

Data type: Code list value
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7.1.8 Inland Unvegetated Or Sparsely Vegetated Habitats

Data type: Code list value
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7.1.9 Regularly Or Recently Cultivated Agricultural, Horticultural and Domestic Habitats

Data type: Code list value
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7.1.10 Constructed, Industrial and Other Artificial Habitats

Data type: Code list value
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7.1.11 Habitat Complexes

Data type: Code list value
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7.1.12 Lagoon

Data type: Code list value
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7.1.13 Estuary

Data type: Code list value
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7.1.14 Marine Inlet, Fjord

Data type: Code list value
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7.1.15 Coastal Salt Marsh

Data type: Code list value
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7.1.16 Intertidal Flat

Data type: Code list value
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7.2 Height Zone

Height zones or altitudinal zoning in general is applied to give structure to the phenomenon that nature changes with increasing altitude in mountainous regions due to varying environmental and climate conditions. Factors like air temperature, air humidity, soil/rock composition, solar radiation, geographical aspect/exposure (azimuth) are important factors in determining altitudinal zones.

Altitudinal zones therefore do not simply relate to absolute elevation or measurable height above sea level. On the same height about sea level, two different altitudinal zones can occur in the southern and northern exposure side of a mountain range.

Data type: code list
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7.2.1 planar zone

Data type: code list value
Low land flat and plain areas, with the average temperatures of the local climate zone. Ideal terrain conditions for agricultural and settlement activities.
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7.2.2 collin zone

Data type: code list value
Hilly areas with a slightly undulating terrain surface. Usually the upper limit for vine growing areas.
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7.2.3 submontane zone

Data type: code list value
Zone with stronger relief energy, valleys and middle range mountain peaks. Cultivation of crops is – if at all – an exception.
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7.2.4 montane zone

Data type: code list value
Clearly low average temperatures, peak area of middle mountain ranges, transition between sub- und high mountain zone.
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7.2.5 high montane zone

Data type: code list value
Upper boundary of broad leaved forests, dominated by coniferous trees. Only seasonal inhabitable.
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7.2.6 subalpine zone

Data type: code list value
Upper boundary of forests, transitional zone between scattered tree growth and dwarf pines.
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7.2.7 alpine zone

Data type: code list value
This zone he zone stretches between the upper tree line, where trees end to grow, and lower snowline, where nival zone begins. This zone can further be broken down into Sub-Nival and Treeless Alpine (low-Alpine). Vegetation cover is restricted to herbaceous and sporadic dwarf shrubs or dwarfs trees.
Sub-Nival: This zone is under influence of low temperatures, seasonal frost and strong winds. Vegetation cover is patchy, restricted to favorable growing locations, and limited to herbaceous vegetation types typical for arctic regions. Snow cover is found for part of the year.
Low-Alpine: Vegetation cover is continuous, dominated by alpine meadows, shrubs and sporadic dwarf trees. Due to consistent freezing temperatures tree growth is severely limited.
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7.2.8 nival zone

Data type: code list value
Highest altitudinal zone, throughout the entire or most of the year covered with snow / ice. This zone is the origin of glaciers. Vegetation is non-existent in this zone, apart from extremely scarse micro organisms.

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7.3 Geographical Context

Data type: code list

The geographical context gives an indication about the larger context of a land unit, in what kind of spatial surrounding it is embedded. The borders of such regions are often rather fluent, and it is rather difficult to draw a distinct boarder line between them. Still, it can help to understand the overall landscape situation in general. These categories are not connected to any formalistic terms that may have fiscal or legal consequences for the described land unit. This code list is open and may be extended by the user. Also, the geographical context types are on purpose not mutually exclusive in their meaning and can overlap in space.
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7.3.1 inland context

Data type: code list value

The inland areas are the opponent of coastal areas. These areas are distant enough from the coast and are not anymore directly influenced by it.
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7.3.2 coastal context

Data type: code list value

The coastal context gives an indication about land being close to the sea shore areas. The vicinity to the coast has an influence on the location of cities, harbors as well as on socio-economic activities factors like commercial and industrial activities, tourism, but also cultural aspects. Along coastal areas, specific landscape types or habitats can be found in contrary to more distant locations from the coast.
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7.3.3 island context

Data type: code list value

Island areas are under influence of the surrounding sea. This has an effect on the transportation connectivity to the mainland. It is a special geographic situation. An island also can have inland and coastal areas.
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7.3.4 oceanic context

Data type: code list value

Oceanic areas are located at open sea, with considerable distance to any coastline, from the continental shelf zone towards deep sea areas.
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7.3.5 urban context

Data type: code list value

Urban addresses the context of cities and their sub-urban areas. Besides some other landscape types, areas occupied with settlements have a dominant appearance. Also more or less dense transportation networks are part of urban areas. The population density is rather high.
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7.3.6 rural context

Data type: code list value

Rural areas are dominated by agricultural land or forests. Settlement areas are present but play an inferior role. This type of landscape context does not include bigger cities (which would be urban context). The population density is rather medium to low.
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7.3.7 riparian context

Data type: code list value

Riparian areas are found along river banks. They are exposed to a rivers variance in water level and to seasonal or occasional inundations. The terrain is mostly flat. In riparian areas specific types of vegetation with hydrophilic plants can be found that are adapted to the situation of being flooded.
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7.3.8 mountain context

Data type: code list value

Mountain regions are under the influence of mountains. These kind of spatial context includes the valleys between the mountains themselves. Mountainous regions are characterized by high relief energy of the terrain. Different climate and vegetation zones as well as different forms of human settlements and cultivation practices can be found here.
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7.4 Geomorphological landform type

Data type: heading

With this character, a geomorphological form can be noted manually as text string. In the current version of EAGLE matrix / model this character is a kind of placeholder. To cover all kinds of geomorphological forms and make a comprehensive code list is at this stage not foreseen. It may be considered to integrate such a code list at a later stage.
Examples:
Cave, Cliff, Coral reef, Doline (Karstic), Drumlin, Fumarole, Geysir, Glacier moraine, Gorge, Gully, Lava field, Meteor crater, Sand bank, Sand dune, Volcanic caldera, Volcanic cone, Volcanic crater.
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7.4.1 Geomorphological landform

Data type: text string
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7.5 Littoral Zone

Data type: code list

This category applies for coastal shorelines as well as for inland river banks and lakesides. It helps to subdivide the littoral complex into zones that can be used to describe habitat types (basically wetlands and alike) in the vicinity of water surfaces.
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7.5.1 Epilittoral

Data type: code list value

The epilittoral zones is beyond any direct influence of water cover along a sea shore line or a inland lakeside. The area is only influenced indirectly by a high ground water level and moist (and eventually salty) soil conditions. Only extreme storm surges reach here, or rare inland flood events along riparian areas. Vegetation cover, if present, is dominated by hygrophilous plants.
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7.5.2 Supralittoral

Data type: code list value

The supralittoral zone is the splash and spray zone high enough above the water line to not be frequently covered with water or waves. Still this area is influenced by spray water, either in coastal areas from sea water or along inland water bodies. Only during storm surges or irregular water peak level events these areas are exposed to being flooded.
Example: Coastal saltmarshes or young dunes in transition from halophilous pioneer vegetation to halophile vegetation.
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7.5.3 Eulittoral, Intertidal

Data type: code list value

In coastal areas, the eulittoral or intertidal zone stretches from the low tide line to the high tide water line. It is subjected to constant change between being submerged and uncovered from water by the tides. Connected to inland water bodies it is the river bank or lakeside where waves constantly run ashore. Due to its high erosive and/or sedimentary dynamics, plants usually are not able to take roots.
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7.5.4 Infralittoral, Sublittoral

Data type: code list value

As part of coastal areas as well as connected to inland water bodies, the sublittoral or also called subtidal zone addresses the area where the earths surface is normally constantly covered by water. In coastal areas the sublittoral zone stretches from the low tide line across the shallow sea towards the continental shelf. It is inhabited by algae, corals etc. where photosynthesis is still possible under water. In inland water bodies, the sublittoral or infralittoral zone embraces the area of a lake, where taller terrestrial plants can still build roots. This zone often is also the breading zone for water animals.
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7.6 Physical Climate Zone

Data type: code list

This list contains different types of general climate zones in a coarse approach. Sometimes it may be useful o necessary to assign a climate zone to certain elements, like for example certain vegetation (or crop) types which are native in particular climate zones.
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7.6.1 Tropical Climate Zone

Data type: code list value
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7.6.2 Subtropical Climate Zone

Data type: code list value
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7.6.3 Temperate Climate Zone

Data type: code list value
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7.6.4 Polar and Subpolar Climate Zone

Data type: code list value
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7.7 Terrain Characteristics

7.7.1 Terrain Parameters

Data type: Heading

This parameter collection carries parametric measurable information about elevation, slope and aspect of terrain point. These data is best handled in form of raster data.
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7.7.1.1 Terrain Elevation

Data type: numeric value

This parameter carries the absolute height above sea level in meters.
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7.7.1.2 Terrain Slope

Data type: numeric value

This parameter carries the steepness or gradient of an ascending terrain. It can be measured in percentage (ratio between vertical difference in height and horizontal distance) or in angle degrees, where 100% corresponds with 90°. In EAGLE context is proposed to use angle degrees.
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7.7.1.3 Terrain Aspect, Exposition

Data type: numeric value

This parameter carries the orientation aspect of an inclined terrain surface towards cardinal directions. It is expressed in 0° to 360°, where 0° = North, 90° = East, 180° = South, 270° = West, among other values in between.
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8 Spatial Characteristics

Arrangement in space and the inner structure of land units. This character category is further subdivided into several pattern types and their instances.
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8.1 Spatial Distribution Pattern

Data type: code list

Under spatial distribution patterns 2-dimensional spatial patterns give indications on how specific land cover components are distributed in space and what kind of spatial relation they have to each other. There are four kinds of spatial patterns preset, but can be extended.
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8.1.1 Homogeneous, evenly textured

Data type: code list value

The spatial pattern “homogenous” indicates that a certain land surface unit is uniform in structure, and composition and evenly textured. Every spot inside the unit is supposed to be of the same kind.
Example: The lawn of a football field is homogenous. Fruit trees in a plantation are arranged in a homogenous way.
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8.1.2 Heterogeneous, mixed, unevenly textured

Data type: code list value

The spatial pattern “heterogeneous” describes the more or less equal distribution of several features inside a land unit, with an uneven texture. Certain different land cover components that may occur inside a land unit are distributed in a mixed manner. A varying density in distribution can be the appearance of heterogeneity.
Example: a mixed forest consists out of mixed stands of broad leaved trees and needle leaved trees.
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8.1.3 Mosaic pattern

Data type: code list value

The spatial pattern “mosaic” describes the distribution of features in space in relation and together with other surrounding features, which are homogeneous within themselves but clearly distinct from each other. A land unit with a mosaic pattern contains several sub- units/components that can be identified as stand-alone sub-parts of the larger “mosaic” unit holding them together. It is applied for land surface units on a higher abstracted level. The single parts inside the mosaic may have their own spatial pattern (e.g. homogeneous or heterogeneous) to be distinguishable. Altogether, the sub-units inside the characterized “mosaic” unit form a patchwork pattern, where each patch is clearly distinct.
Example: a forest area with appearing grassland clearings in between.
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8.1.4 Scattered pattern

Data type: code list value

The spatial pattern “scattered” describes the scattered distribution of a feature in space. It indicates that the specific feature does occur only sporadically, is not dominating and distributed not equally.
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8.1.5 Regular spacing

Data type: code list value

The spatial pattern “regular spacing” describes the spatial arrangement of all kinds of landscape objects in a regular form, where the space between the objects follow an evenly distributed pattern. This can apply for artificial objects (e.g. houses in built-up areas, wind turbines, solar panels etc.) or woody crop plantations (e.g. olive or fruit trees, Christmas trees, vineyards), and others.
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8.2 Linear feature pattern

Data type: code list

This collection of linear landscape pattern has been set up to capture information about certain linear elements in landscape that are too small or narrow to be capture as single features, but still can have a significant influence on the character of a land surface unit. The linear patterns are not exclusive and may occur in combinations. Four subtypes are here to distinguish (others can be added):
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8.2.1 hedge rows

Data type: code list value

The character hedge rows indicate that a land parcel is surrounded by or contains several hedge rows. Through them, the land parcel has a kind of sub-parcel structure. Mostly occurs in agricultural areas.
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8.2.2 rows of trees

Data type: code list value

The character rows of trees indicate that a land parcel is surrounded by or contains several rows of trees. Through them, the land parcel has a kind of sub-parcel structure. Occurs for example in rural areas, but also along alleys inside urban zones.
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8.2.3 stone walls

Data type: code list value

The character “stone walls” indicate that a land parcel is surrounded by or contains several stone walls. This pattern refers to man-made piled up dry stone walls that are part of old traditional agricultural areas, typically can be found in rural areas of southern European countries. From a habitat perspective, those stone walls are valuable objects that offer refugee for reptiles and insects.
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8.3 Linear technical network

Data type: code list

This character describes the presence of some linear technical networks that are distributed within a certain land unit and that give a typical structure to it. It may have some small roads, ditches, fences, wires, pipelines or similar linear network elements. Some values are pre-defined, others can be added to the open code list.
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8.3.1 roads or railways

Data type: code list value

A land unit can contain a clearly recognizable network of roads which give a special character to the land unit. The location or geometry of the road network is not necessarily known, but only its presence.
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8.3.2 pipelines

Data type: code list value

A land unit can contain a single track or a network of pipelines. The location or geometry is not necessarily known, but only its presence.
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8.4 Vertical position

Data type: code list

The elements under Vertical position describe the position of an object in landscape, whether it is located on the ground surface, suspended/elevated, or under the ground surface. Sometimes it may be necessary or useful to have information of such positioning of objects in landscape, for example when describing roads over bridges across rivers.
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8.4.1 on ground surface

Data type: code list value
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8.4.2 suspended, elevated

Data type: code list value
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8.4.3 under ground

Data type: code list value
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9 Object Characteristics

Data type: heading

This segment contains object-related information about their spatial dimensions and geometric parameters, their occurrence, and temporal parameters to describe their appearance along time axes. They all cannot stand alone and need to be combined with other content-carrying elements (LCC, LUA, or LCH):

9.1 Geometric parameters

Data type: code list

9.1.1 object area size

Data type: code list value

This element stands for the area size of an object. The measuring unit is in square meters, to be applied in the numeric elements below (from..to). In case there is no value range but distinct exact figures, use the same figure for “value from..” and “value..to”. The elements from this segment need to be combined with the addressed content-carrying model elements (LCC, LUA, LCH).
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9.1.1.1 object area size value from...

Data type: numeric value

This parameter expresses the lower range value for the area size of an object. The measuring unit is in square meters.
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9.1.1.2 object area size value to...

Data type: numeric value

This parameter expresses the upper range value for the area size of an object. The measuring unit is in square meters.
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9.1.2 object length

Data type: code list value

This element stands for the length of an object. The measuring unit is in meters, to be applied in the numeric elements below (from..to). In case there is no value range but distinct exact figures, use the same figure for “value from..” and “value..to”.
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9.1.2.1 object length value from..

Data type: numeric value

This parameter expresses the lower range value for the length of an object. The measuring unit is in meters.
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9.1.2.2 object length value to..

Data type: numeric value

This parameter expresses the upper range value for the length of an object. The measuring unit is in meters.
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9.1.3 object width

Data type: code list value

This element stands for the width of an object. The measuring unit is in meters, to be applied in the numeric elements below (from..to). In case there is no value range but distinct exact figures, use the same figure for “value from..” and “value..to”.
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9.1.3.1 object width value from..

Data type: numeric value

This parameter expresses the lower range value for the width of an object. The measuring unit is in meters.
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9.1.3.2 object width value to..

Data type: numeric value

This parameter expresses the upper range value for the width of an object. The measuring unit is in meters.
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9.1.4 object height

Data type: code list value

This element stands for the height of an object, meaning not height above sea level but how tall an object is above ground. The measuring unit is in meters, to be numerically expressed in the elements below (from..to). In case there is no value range but distinct exact figures, use the same figure for “value from..” and “value..to”.
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9.1.4.1 object height value from..

Data type: numeric value

This parameter expresses the lower range value for the height of an object. The measuring unit is in meters.
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9.1.4.2 object height value to..

Data type: numeric value

This parameter expresses the upper range value for the height of an object. The measuring unit is in meters.
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9.1.5 area coverage

Data type: code list value

This element stands for the percentage share of a Land Cover Component (or Land Use Attribute) within a larger land unit, to be numerically expressed in the elements below (from..to). In case there is no value range but distinct exact figures, use the same figure for “value from..” and “value..to”.
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9.1.5.1 area coverage value from..

Data type: Integer percentage value

This element expresses the lower range value for the percentage share of a Land Cover Component (or Land Use Attribute) within a larger land unit.
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9.1.5.2 area coverage value to..

Data type: Integer percentage value

This element expresses the upper range value for the percentage share of a Land Cover Component (or Land Use Attribute) within a larger land unit.
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9.2 Occurrence Type

Data type: code list

This segment describes how many or how much of certain elements occur in the given land unit. The elements under this segment need to be combined with other content-carrying (LCC, LUA, LCH) model elements.

9.2.1 Percentage occurrence

Data type: code list value

This elements stands for how big is the quantitative percentage share – expressed as a relative figure - of the addressed particular objects among all other distinct objects within a certain land unit. To be numerically expressed in the elements below (from..to). In case there is no value range but distinct exact figures, use the same figure for “value from..” and “value..to”.
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9.2.1.1 Percentage occurrence value from..

Data type: integer percentage value

This elements expresses the upper range value for the quantitative percentage share of the addressed particular objects among all other distinct objects within a certain land unit.
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9.2.1.2 Percentage occurrence value to..

Data type: integer percentage value

This elements expresses the upper range value for the quantitative percentage share of the addressed particular objects among all other distinct objects within a certain land unit.
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9.2.2 Countable occurrence

Data type: code list value

This elements stands for how many of the addressed objects occur in absolute numbers in the given land unit. To be numerically expressed in the elements below (from..to). In case there is no value range but distinct exact figures, use the same figure for “value from..” and “value..to”.
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9.2.2.1 Countable occurrence value from..

Data type: numeric value

This elements expresses the lower range value for how many of the addressed objects occur in absolute numbers in the given land unit.
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9.2.2.2 Countable occurrence value to..

Data type: numeric value

This elements expresses the upper range value for how many of the addressed objects occur in absolute numbers in the given land unit.
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9.2.3 Present occurrence

Data type: boolean

The element combined with and addressed by is generally present in the given land unit, however a discrete number and quantity cannot be specified.
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9.3 Temporal Parameters

Data type: code list

This segment describes the temporal appearance over time of certain addressed elements in the given land unit. The elements under this segment need to be combined with other content-carrying (LCC, LUA, LCH) model elements. The date respectively the period or event is expressed in the elements below by stating the counted number of days into the year, starting with 1. January as “1” and 31. December as “365”.

9.3.1 Instant event date

Data type: code list value

This LCH stands for the instant date of a certain event without considerable temporal duration, counted from 1^st January onwards into the year. It applies for sudden events that lead to a temporary or long-term change of landscape situation. To be expressed with a counted number of days into the year with the element below. When it is clear that a single event (expressed by a model element, e.g. mowed meadow) took place, however the precise day cannot be identified but rather a certain time window, use the “from..to” elements below. Instead, when the day is clear, fill the same figure for “from..” and “to..”.
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9.3.1.1 Instant event date value from..

Data type: TM_Position

This LCH stores the instant date respectively the entry date for a short time window where an event without considerable temporal duration took place.
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9.3.1.2 Instant event date value to..

Data type: TM_Position

This LCH stores the instant date respectively the end date for a short time window where an event without considerable temporal duration took place.
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9.3.2 duration

Data type: code list value

This LCH can store the relative length (seasonal duration) of a certain situation or status of a land unit, like for example the duration of a crop cycle, a construction site, a forest fire or a flooding event. It is expressed by the counted number of days. If the exact duration is unclear, values from .. to (see elements below) can be used as a range. If no range is needed, use the same figures for the elements “from..” and “to..”.
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9.3.2.1 duration value from..

Data type: TM_PeriodDuration

This LCH stores the lower range value for the temporal length in days (seasonal duration) of a certain situation or status of a land unit.
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9.3.2.2 duration value to..

Data type: TM_PeriodDuration

This LCH stores the upper range value for the temporal length in days (seasonal duration) of a certain situation or status of a land unit.
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9.3.3 period

Data type: code list value

This LCH can store the period of an event or status which is limited by two definite positions in time. IT is determined by an explicit start and end date.
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9.3.3.1 period start date

Data type: code list value

This LCH stores the start date of a certain period in form of the number of a day, counted from 1^st January (“1”) onwards into the year until 31. December (“365”).
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9.3.3.1.1 period start date value from..

Data type: TM_Date

This LCH expresses the lower range value for the start date of an element-related period. If the exact period start is unclear, values from .. to (see elements below) can be used as a range. If no range is needed, use the same figures for the elements “from..” and “to..”.
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9.3.3.1.2 period start date value to..

Data type: TM_Date

This LCH expresses the upper range value for the start date of an element-related period. If the exact period start is unclear, values from .. to (see elements below) can be used as a range. If no range is needed, use the same figures for the elements “from..” and “to..”.
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9.3.3.2 period end date

Data type: code list value

This LCH stores the end date of a certain period in form of the number of a day, counted from 1^st January onwards into the year.
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9.3.3.2.1 period end date value from..

Data type: TM_Date

This LCH expresses the lower range value for the end date of an element-related period. If the exact period start is unclear, values from .. to (see elements below) can be used as a range. If no range is needed, use the same figures for the elements “from..” and “to..”.
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9.3.3.2.2 period end date value to..

Data type: TM_Date

This LCH expresses the upper range value for the end date of an element-related period. If the exact period start is unclear, values from .. to (see elements below) can be used as a range. If no range is needed, use the same figures for the elements “from..” and “to..”.
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9.3.4 recurring frequency

Data type: integer value

Seasonal frequency to store the number of changes per year, how often a situation is altering, recurring, or repeatedly happening. It is applicable e.g. to describe the recurring frequency of mowing events on a meadow, in combination with the content-carrying LCH “mowing”.
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9.3.4.1 recurring frequency value from..

Data type: TM_Date

This LCH expresses the lower range value for the recurring frequency of an addressed element. If the exact frequency is unclear, values from .. to (see elements below) can be used as a range. If no range is needed, use the same figures for the elements “from..” and “to..”.
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9.3.4.2 recurring frequency value to..

Data type: TM_Date

This LCH expresses the upper range value for the recurring frequency of an addressed element. If the exact frequency is unclear, values from .. to (see elements below) can be used as a range. If no range is needed, use the same figures for the elements “from..” and “to..”.
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Part A: Introduction to the EAGLE concept

Scope of EAGLE Concept

Background and motivation

Given situation

Criteria collection

Guiding questions

Definition of terms

Content of EAGLE concept

a. Structuring of the EAGLE Matrix

b. Structuring of the EAGLE Data Model

Part B: Thematic Content and Definitions of EAGLE Model Elements

Structuring of Land Cover Components:

Structuring of Land Use Attributes:

Structuring of Characteristics:

I. Matrix block: LAND COVER COMPONENTS (LCC)

II. Matrix block: LAND USE ATTRIBUTES (LUA)

III. Matrix block: LAND CHARACTERISTICS (LCH)

1 Built-up Characteristics

1.5.1.2 ceramic, clay tiles, bricks

1.5.1.3 concrete

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1.8.4 Harbour Type

5.1.4.2 Fertilization

References