Central Asia (CA) is one of the main loess regions in the world and provides important
information for the understanding of paleoclimate and paleoenvironmental changes …

Fire is an important disturbance mechanism that can alter ecosystems and catalyze
vegetation changes. Paleofire records provide a means of inferring how ecosystems will be …

Loess deposits are widely distributed along the mountain piedmonts of Central Asia. The
transport processes and origins of Central Asian loess sediments remain poorly understood …

Microcharcoal morphology, which changes with biofuel type in the wildfire, can be used as
an index for wildfire history and vegetation evolution. Here, five loess sites across the …

Abstract Knowledge of the interactions among atmospheric dynamics, dust emissions and
climate system is essential to understand the physical mechanisms for the dust lifecycle …

Central Asia (CA) is located in the hinterland of the Eurasian continent, and faces an
extreme risk of continued aridification under the current global warming trend. To predict …

The seasonal and inter-annual variations of stable isotopes in alpine precipitation in arid
Central Asia is of great help to understand the modern hydrological processes and climate …

Fire plays an important role in carbon emissions and climate changes in the Earth system
and global/regional fires in the past have been detected. However, palaeofire history and …

陈雅茹, 刘兴起. 新疆艾里克湖炭屑记录的中亚干旱区MIS 3 中期以来的古火灾演化[J].
第四纪研究, 2024, 44 (1): 48-58. doi: 10.11928/j. issn. 1001-7410.2024. 01.04引用本文 …

The sedimentary deposits of the Lower Paleolithic to Neolithic sites situated in the Belan
valley, north-central India offer a unique opportunity to understand the linkage between the …