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Tree Stands and Their Productivity Dynamics at the Upper Growing Limit in Khibiny on the Background of Modern Climate Changes

Within the ecotone of the upper limit of woody vegetation on the southeastern macroslope of the Khibiny Mountain ridge (Kola Peninsula), the spatial and age structure, as well as features of the phytomass accumulation of spruce–birch stands, were studied. Analysis revealed that there was a manifold increase in the density and productivity of forest stands in the last century, and the upper border of the woodlands and dense forests has moved considerably higher into the mountains. All of this happened against the background of an increase in early summer temperatures and a longer growing season in the area in the 20th century. Our data will help simulate the response of mountain ecosystems in the region to future climate change.
- Russian Academy of Sciences Russian Federation
- Ural State Forestry Engineering University Russian Federation
- Ural Branch of the Russian Academy of Sciences Russian Federation
- Ural State Forest Engineering University Russian Federation
- Ural State Forest Engineering University Russian Federation
570, PHYTOMASS OF TREES AND STANDS, CLIMATE CHANGE, RUSSIAN FEDERATION, MOUNTAIN REGION, ECOTONE, FOREST ECOSYSTEM, WOODLAND, UPPER LIMIT OF WOODY VEGETATION, SUBARCTIC REGION, TREE, STAND STRUCTURE, SUBARCTIC, KHIBINY MASSIF, CONIFEROUS TREE, DYNAMICS OF STANDS, PHYTOMASS, MURMANSK [RUSSIAN FEDERATION], KHIBINY, GROWING SEASON, WOODY PLANT
570, PHYTOMASS OF TREES AND STANDS, CLIMATE CHANGE, RUSSIAN FEDERATION, MOUNTAIN REGION, ECOTONE, FOREST ECOSYSTEM, WOODLAND, UPPER LIMIT OF WOODY VEGETATION, SUBARCTIC REGION, TREE, STAND STRUCTURE, SUBARCTIC, KHIBINY MASSIF, CONIFEROUS TREE, DYNAMICS OF STANDS, PHYTOMASS, MURMANSK [RUSSIAN FEDERATION], KHIBINY, GROWING SEASON, WOODY PLANT
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