Alpine ecosystems on the Tibetan Plateau are being threatened by ongoing climate
warming and intensified human activities. Ecological time-series obtained from sedimentary …

Understanding the response of long-term aquatic environmental changes in lakes to
ongoing climate change and human activities is key to forecasting future lake conditions. In …

Anthropogenic activities are triggering global changes in the environment, causing entire
communities of plants, pollinators and their interactions to restructure, and ultimately leading …

Benefiting from the rapid development of environmental DNA (eDNA) technologies,
sedimentary DNA (sedDNA) emerges as a promising tool for monitoring plant compositions …

Recent discoveries of several Mesolithic sites within the Dagsmosse Basin, south-central
Sweden, offer an opportunity to study the lifestyle and skillsets of Mesolithic hunter-gatherer …

Fossil pollen records are valuable for reconstructing past floristic composition, vegetation
and biogeographic history. In recent decades, a deeper understanding of plant diversity …

Healthy lake ecosystems support biodiversity and human populations. They provide many
ecosystem services such as water, food and energy. Lakes can be impacted by natural …

对植被历史变化过程的研究是理解现代植被组成, 分布及其对全球变化响应的基础. 近年来,
随着分子古生态学的发展, 分析沉积介质中的陆生植物古DNA 信号, 以研究植被及植物多样性 …

Anthropogenic activities are leading to changes in the environment at global scales, and
understanding these changes requires rapid, high-throughput methods of assessment …

This study was supported by the German Federal Environmental Foundation (DBU) through
a Doctoral Research Grant Position awarded to Ebuka Canisius Nwosu. This study was also …