Ecosystem response to climate change is complex. In order to forecast ecosystem dynamics,
we need high-quality data on changes in past species abundance that can inform process …

Soil invertebrates are among the least understood metazoans on Earth. Thus far, the lack of
taxonomically broad and dense genomic resources has made it hard to thoroughly …

In conservation science, observation-based methods are generally applied to wildlife
monitoring. While useful, such approaches are often restricted to well-characterized and …

The current biodiversity and climate crises highlight the need for efficient tools to monitor
terrestrial ecosystems. Here, we provide evidence for the use of airborne eDNA analyses as …

This book, entitled Tracking Environmental Change Using Lake Sediments: Volume 6–
Sedimentary DNA, provides an overview of the applications of sedimentary DNA-based …

DNA from the environment (eDNA) has been increasingly used as a new tool to conduct
biodiversity assessment. Because of its noninvasive and less time‐consuming nature, many …

To know the organisms that surround us has always seemed a fascinating idea and a
necessity to characterize an area and estimate its natural values. However, performing …

How does nature change through time and across space? How might it change in the
future? While time travel has long been the domain of science fiction, scientists have …

Face aux changements globaux actuels, l'enjeu des suivis de la dynamique de la
biodiversité est croissant et entraîne une forte demande d'évaluations rapides et détaillées …

Ecosystem response to climate change is complex. In order to forecast ecosystem dynamics,
we need high-quality data on changes in past species abundance that can inform process …