Comparative evaluation of current processes occurred in ecosystems with relation to sustainable long-term forest
use enables to reveal adaptation mechanisms of certain ecosystems pertaining to natural and anthropogenic
disturbances (drought, fires, logging, chemical burns, flooding, ground water level fluctuation, etc.).
Application of modern methods of interpretation based on LANDSAT and TERRA satellite images permits to arrange continuous monitoring of the territory. In the meantime, satellite images validation via terrestrial ecosystems’ inventory offers
additional opportunities to apply and reinforce remote sensing data reliability.
This knowledge is required to develop
the complex enhancement technology for resource and ecological potential of Central Siberia forests in certain
climatic changes conditions observed.
Comparative evaluation of current processes occurred in ecosystems with relation to sustainable long-term forestuse enables to reveal adaptation mechanisms of certain ecosystems pertaining to natural and anthropogenicdisturbances (drought, fires, logging, chemical burns, flooding, ground water level fluctuation, etc.).Application of modern methods of interpretation based on LANDSAT and TERRA satellite images permits to arrange continuous monitoring of the territory. In the meantime, satellite images validation via terrestrial ecosystems’ inventory offersadditional opportunities to apply and reinforce remote sensing data reliability.This knowledge is required to developthe complex enhancement technology for resource and ecological potential of Central Siberia forests in certainclimatic changes conditions observed.
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