TIMBERLINE

作品数：21被引量：87H指数：6
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Vegetation dynamics at the southern edge of the Siberian mountain taiga
《Journal of Mountain Science》2025年第2期451-465,共15页IM Sergei T KHARUK Viacheslav I PETROV Il'ya A SHUSHPANOV Alexander S DVINSKAYA Maria L ONDAR Sergei O 
supported by the Tomsk State University Development Program(《Priority-2030》);the Basic Project of the Federal Research Center of the Scientific Center,no.FWES-2024-0023;the Russian Science Foundation(project No.23-14-20015)。
The growth,survival,and mortality of conifer species in response to the hydrothermal regime have received considerable attention.It is expected that the highest sensitivity of trees to the warming-drying climate will ...
关键词：Trees range changes Mountain taiga Siberian larch Siberian pine TIMBERLINE Shrubification Tree uphill migration Forest population dynamics Ecological resilience Habitat suitability 
Larch growth across thermal and moisture gradients in the Siberian Mountains
《Journal of Mountain Science》2023年第1期101-114,共14页KHARUK Viacheslav I. PETROV Il'ya A. GOLYUKOV Alexey S. DVINSKAYA Maria L. IM Sergei T. SHUSHPANOV Alexander S. 
The Tomsk State University Development Program《Priority-2030》supported this study。
Climate-driven changes in the thermal and moisture regimes may variously influence different tree species growth and ranges.We hypothesize that drought resistant Siberian larch(Larix sibirica Ledeb.)and precipitation-...
关键词：LARCH Siberian pine Climate influence on tree radial growth Mountain forests TREELINE TIMBERLINE Foreststeppe Drought stress Moisture stress 
Tree clusters migration into alpine tundra,Siberia
《Journal of Mountain Science》2022年第12期3426-3440,共15页KHARUK Viacheslav I. PETROV II'ya A. IM Sergei T. GOLYUKOV Alexey S. DVINSKAYA Maria L. SHUSHPANOV Alexander S. 
The Tomsk State University Development Program(《Priority-2030》)。
We hypothesize that in mountain windy habitat trees formed clusters(hedges)as adaptive structures for seedlings’rooting,survival,and tress’upslope migration.We studied hedges formed by Siberian pine(Pinus sibirica d...
关键词：TREELINE TIMBERLINE HEDGES Tree migration Siberian pine LARCH Tree growth Siberian mountain forests Wind stress Moisture stress 
Characteristics of timberline and treeline altitudinal distribution in Mt.Namjagbarwa and their geographical interpretation被引量：2
《Journal of Mountain Science》2022年第10期2846-2860,共15页MU Hao-xiang HAN Fang ZHANG Bai-ping LIANG Tian WANG Zhi-yong WANG Zhe 
supported by the National Natural Science Foundation of China(Grant No.41401111);the Natural Science Foundation of Shandong Province(Grant No.ZR2021MD080 and Grant No.ZR2014DQ017);the Shandong Agricultural Science and Technology Fund Project(Grant No.2019LY006)。
Different types of vegetation patches are alternately and randomly distributed in a timberline ecotone where the upper limit is the treeline and the lower limit is the timberline.However,most studies on timberline/tre...
关键词：TIMBERLINE TREELINE Geographical interpretation Uncertainty Influencing factors Mt.Namjagbarwa 
Leaf Longevity in a Timberline Tree Species Juniperus saltuaria in the Sergymla Mountains,Southeastern Tibet被引量：1
《Journal of Resources and Ecology》2022年第1期34-40,共7页ZHANG Lin YANG Liu GUO Ying SHEN Wei CUI Guangshuai 
The Key Scientific and Technological Research Projects in Tibet Autonomous Region (XZ202101ZY0005G);The Second Tibetan Plateau Scientific Expedition and Research (STEP) Program (2019QZKK0301-1)。
Leaf longevity is an important adaptive strategy that allows plants to maximize photosynthetic carbon gain.Due to the difficulty of identifying overwintering bud scars and distinguishing the age sequence of twigs,leaf...
关键词：canopy height ELEVATION leaf nitrogen concentration length of green twigs CUPRESSACEAE 
The Distribution Patterns of Timberline and Its Response to Climate Change in the Himalayas被引量：2
《Journal of Resources and Ecology》2020年第4期342-348,共7页SHI Peili WU Ning Gopal SRAWAT 
The National Natural Science Foundation of China and ICIMOD Joint Research Project(41661144045)。
Himalayan region represents the highest and most diverse treeline over the world.As one of the most conspicuous boundaries between montane forests and alpine vegetation,the alpine timberline attracted the interest of ...
关键词：TIMBERLINE treeline ecotone floristic and species composition carbon and nutrient relation climate change timberline shift 
Larix olgensis growth-climate response between lower and upper elevation limits:an intensive study along the eastern slope of the Changbai Mountains,northeastern China被引量：8
《Journal of Forestry Research》2020年第1期231-244,共14页Jian Yu Qijing Liu 
supported by the China Public Welfare Forest Project(No.200804001)
Larix olgensis is a dominant tree species in the forest ecosystems of the Changbai Mountains of northeast China.To assess the growth response of this species to global climate change,we developed three tree-ring width...
关键词：Tree-ring width Dendrochronology Changbai Mountains Elevation gradient TIMBERLINE Larix olgensis 
Characterizing the Mass Elevation Effect across the Tibetan Plateau被引量：3
《Journal of Mountain Science》2018年第12期2651-2665,共15页HAN Fang ZHANG Bai-ping ZHAO Fang WAN Li TAN Jing LIANG Tian School of Civil and Architectural Engineering, Shandong University of Technology Institute of Geographic Sciences and Natural Resources Research, State Key Laboratory of Resources and Environmental Information System, Chinese Academy of Sciences College of Environment and Planning, Henan University Chinese Research Academy of Environmental Sciences Beijing Aerospace TITAN Technology Co., Ltd 
supported by the Natural Science Foundation of China (Grant Nos. 41401111 and 41601091);National Key R&D Program of China (2017FY100900)
It is over 110 years since the term Mass Elevation Effect(MEE) was proposed by A. D. Quervain in 1904. The quantitative study of MEE has been explored in the Tibetan Plateau in recent years; however, the spatial distr...
关键词：MASS ELEVATION Effect (MEE) Distribution Pattern TIMBERLINE SNOWLINE TIBETAN PLATEAU 
Detecting treeline dynamics in response to climate warming using forest stand maps and Landsat data in a temperate forest被引量：1
《Forest Ecosystems》2018年第3期311-324,共14页Maliheh Arekhi Ahmet Yesil Ulas Yunus Ozkan Fusun Balik Sanli 
Background: Treeline dynamics have inevitable impacts on the forest treeline structure and composition. The present research sought to estimate treeline movement and structural shifts in response to recent warming in ...
关键词：NDVI Geoshift LST TIMBERLINE MANN-KENDALL LANDSAT Climate warming 
Upper range limit establishment after wildfire of an obligateseeding montane forest tree fails to keep pace with 20th century warming
《Journal of Plant Ecology》2018年第2期200-207,共8页John W.Morgan James D.Vincent James S.Camac 
Aims How species respond to climate change at local scales will depend on how edaphic and biological characteristics interact with species physiological limits and traits such as dispersal.Obligate seeders,those speci...
关键词：climate change dispersal limitation growth rates regeneration niche TIMBERLINE 
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