Trees in seasonal climates may use water originating from both winter and summer precipitation. However, the seasonal origins of water used by trees have not been systematically studied. We used stable isotopes of water to compare the seasonal origins of water found in three common tree species across 24 Swiss forest sites sampled in two different years. Water from winter precipitation was observed in trees at most sites, even at the peak of summer, although the relative representation of seasonal sources differed by species. However, the representation of winter precipitation in trees decreased with site mean annual precipitation in both years; additionally, it was generally lower in the cooler and wetter year. Together, these relationship...
The variation in vegetation greenness provides good understanding of the sustainable management and ...
As climate change brings drier and more variable rainfall patterns to many arid and semi-arid region...
Water availability and uptake by trees will be important to predict tree growth, especially in regio...
Trees in seasonal climates may use water originating from both winter and summer precipitation. Howe...
Rain recharges soil water storages and either percolates downward into aquifers and streams or is re...
Rain recharges soil water storages and either percolates downward into aquifers and streams or is re...
Our understanding of how temporal variations of atmospheric water vapour and its isotopic compositio...
Trees in seasonal climates may use water originating from both winter and summer precipitation. Howe...
Water use efficiency (WUE) provides a direct measure of the inextricable link between plant carbon u...
An often‐overlooked feature of all plants is that their leaf surfaces are wet for significant period...
Trees in seasonal climates may use water originating from both winter and summer precipitation. Howe...
PREMISE OF THE STUDY Adaptive divergence across environmental gradients is a key driver of speciatio...
Throughout the world, water is the limiting resource for both natural and human development. A prim...
As global climate change continues to impact regional water cycles, we may expect further shifts in ...
Recently, extreme climate variation has been studied in different parts of the world, and the presen...
The variation in vegetation greenness provides good understanding of the sustainable management and ...
As climate change brings drier and more variable rainfall patterns to many arid and semi-arid region...
Water availability and uptake by trees will be important to predict tree growth, especially in regio...
Trees in seasonal climates may use water originating from both winter and summer precipitation. Howe...
Rain recharges soil water storages and either percolates downward into aquifers and streams or is re...
Rain recharges soil water storages and either percolates downward into aquifers and streams or is re...
Our understanding of how temporal variations of atmospheric water vapour and its isotopic compositio...
Trees in seasonal climates may use water originating from both winter and summer precipitation. Howe...
Water use efficiency (WUE) provides a direct measure of the inextricable link between plant carbon u...
An often‐overlooked feature of all plants is that their leaf surfaces are wet for significant period...
Trees in seasonal climates may use water originating from both winter and summer precipitation. Howe...
PREMISE OF THE STUDY Adaptive divergence across environmental gradients is a key driver of speciatio...
Throughout the world, water is the limiting resource for both natural and human development. A prim...
As global climate change continues to impact regional water cycles, we may expect further shifts in ...
Recently, extreme climate variation has been studied in different parts of the world, and the presen...
The variation in vegetation greenness provides good understanding of the sustainable management and ...
As climate change brings drier and more variable rainfall patterns to many arid and semi-arid region...
Water availability and uptake by trees will be important to predict tree growth, especially in regio...