Kirdyanov, AV, Hagedorn, F., Knorre, AA, Fedotova, EV, Vaganov, EA, Naurzbaev, MM,
Moiseev, PA & Rigling, A. 2012 (January): 20th century tree‐line advance and vegetation …

The ongoing climatic changes potentially affect plant growth and the functioning of
temperature‐limited high‐altitude and high‐latitude ecosystems; the rate and magnitude of …

Tree response to climate trends is most likely to be observed in the forest–tundra ecotone,
where mainly temperature limits tree growth. On-ground observation and multitemporal …

Abstract In the Polar Urals (the Rai-Iz massif and Mounts Tchernaya and Malaya
Tchernaya), altitudinal and horizontal shifts of the upper boundary of open and closed larch …

While the forest-tundra zone in Siberia, Russia has been dendroclimatologically well-
studied in recent decades, much less emphasis has been given to a wide belt of northern …

High‐altitude treelines are temperature‐limited vegetation boundaries, but little quantitative
evidence exists about the impact of climate change on treelines in untouched areas of …

A 538-yr tree-ring chronology and reconstruction of June temperatures were developed from
living and dead Larix dahurica trees. The samples were obtained near the lower Lena River …

The area covered by boreal forests accounts for∼ 16% of the global and 22% of the
Northern Hemisphere landmass. Changes in the productivity and functioning of this …

Forest steppes are dynamic ecosystems, highly susceptible to changes in climate,
disturbances and land use. Here we examine the Holocene history of the European forest …

The larch forests at the southern limit of the Siberian boreal forest in Central Asia have
repeatedly experienced strong recent growth declines attributed to decreasing summer …