екологічні мережі (екомережі), экологические сети ; ландшафтна екологія, ландшафтная экология ; проектна регіональна екомережа, проектная региональная экосеть
Удосконалено і доповнено типологічні класифікації екомережних ядер та коридорів, розроблено типологічну класифікацію буферних зон. Наведено тлумачення кожного таксону класифікації з необхідними прикладами.
Усовершенствованно и дополнено типологические классификации екосетевых ядер и коридоров, разработана типологическая классификация буферных зон. Приведены толкования каждого таксона классификации с необходимыми примерами.
The typological classification of ecological network's cores based on taxa "hyper-class (the relevance to some types and subtypes of plant formations that reflect the physical and geographic zoning, intra-zonal or extra-zonal distribution) - hyper-subclass (genesis and transformation degree) - class (conformity to classes of regional ecological networks possible element's identification criteria) - subclass (conformity to types (subtyped) of regional ecological networks possible element's identification criteria) - group (by belonging to a particular type of biotic spotted LTS)- subgroup (depending on the bio-ecological purpose and donor-acceptor genetic interactions) - type (altitudinal location in relation to the regional erosion's base level) - subtype (the character of landforms combinations) - category (the range of edaphic conditions) - grade (the degree of territoriality (area) by the width) - subgrade (first level of detail) (the type of form) - subgrade (second level of detail) (the complexity of the form) - species (depending on the internal structure and nature of interaction with the landscape's background) - subspecies (depending on boundaries' structural and functional form) - variant (significance for eco-network's territorial structure) - sub-variant (belonging to the structure of interregional ecological network or a combination of such structure or remoteness from it) - kind (current state)" was improved and supplemented. The typological classification of ecological network's corridors based on taxa "hyper-class ((the relevance to some types and subtypes of plant formations that reflect the physical and geographic zoning, intra-zonal or extra-zonal distribution) - hyper-subclass (genesis and transformation degree) - class (the dominant group of eco-positive natural and socio-economic functions) - subclass (the dominant type (subtype) of eco-positive natural functions) - group (current position and type of surface) - subgroup (type of water-migration regime) - type (the range of edaphic conditions) - category (the degree of territoriality (area) by the width) - subcategory (first level of detail) (depending on structural and functional form) - subcategory (second level of detail) (depending on the structural and geometric features) - subcategory (third level of detail) (the degree of territoriality (area) by the length) - subcategory (forth level of detail) (depending on the connectivity of the defuse eco-corridors) - grade (the type of form)- species (significance for eco-network's territorial structure) - subspecies (belonging to the structure of interregional ecological network or a combination of such structure or remoteness from it) - variant (current state)) was improved and supplemented. The typological classification of buffer zones based on taxa "hyper-class (given the current protection object) - class (genesis and transformation degree) - subclass (current position at the reference coordinate system) - group (current structural and functional form and the average width) - subgroup (details of existing signs) - subgroup (first level of detail) (current topology, including the preferred orientation) - type (current feature that reflects the degree of neighboring geo-systems interactions and communications and determined by the impact of certain horizontal, material and energy flows) - subtype (first level of detail) (details of types' features depending on interactions with certain material and energy flows between neighboring geo-systems) - subtype (second level of detail) (details of 1-st subtypes' features depending on a kind (content) of material and energy flows, including the processes in its own structure) - subtype (third level of detail) (detailing types depending on changes in migratory behavior of species) - category (dominant type of eco-positive functions) - subcategory (first level of detail) (dominant variety of ecopositive functions) - grade (current territorial and temporal variability of location) - species (current state)) was developed. Interpretations and necessary examples of each classification taxon were given. Promising there will be research aimed at the directed practical implementation of the proposed classifications into regional ecological network's geo-informative modeling process.
