Tropical and subtropical drylands dominate the interannual variability in global net terrestrial carbon flux irrespective of different global ecosystem classifications or geographic scales, Bogucki, L...

Dew is ubiquitous but also the least studied hydrological component in most ecosystems We provide a detailed synthesis of its ecological roles across scales from the leaf to the plant and ecosyst...

Fog and dew represent minor components of ecosystem water budgets in most ecosystems. However, fog and dew can play an essential role in ecosystem dynamics and are particularly important for water-li...

In a groundbreaking study set to shape our understanding of plant-water interactions, researchers Li, Good, and Wang have ventured into the intricate world of stable hydrogen isotopes, unraveling the

Nature Climate Change - Plants countering downpours

Rationale Fog, dew, and rain are crucial for sustaining ecosystem functions, especially in water-limited regions. However, they are subject to isotopic changes during storage due to their usual smal...

The number and magnitude of extreme rainfall events are projected to increase throughout the global land surface Projected declines in event-based runoff ratio are found for a majority of the glo...

The number and magnitude of extreme rainfall events are projected to increase throughout the global land surface Projected declines in event-based runoff ratio are found for a majority of the glo...

Earth’s rainy days are changing: They’re becoming less frequent, but more intense. Vegetation is responding.

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