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Contribution of leaf water uptake to transpiration and water status in arid ecosystems

Cavallaro, Agustin; Bucci, Sandra Janet; Carbonell Silletta, Luisina Marta; Pereyra, Daniel Augusto; Arias, Nadia Soledad; Goldstein, Guillermo Hernan; Scholz, Fabian Gustavo (International Society for Horticultural Science, 2020-12)

Foliar water uptake (FWU) could be relevant for plants, allowing them to use alternative water sources than the primary one that is soil water uptake and thus prevent dehydration especially during the dry season in ...

Cloud Forest Trees With Higher Foliar Water Uptake Capacity And Anisohydric Behavior Are More Vulnerable To Drought And Climate Change

Eller; CB; Lima; AL; Oliveira; RS (WILEY-BLACKWELLHOBOKEN, 2016)

Cloud Forest Trees With Higher Foliar Water Uptake Capacity And Anisohydric Behavior Are More Vulnerable To Drought And Climate Change

Eller; Cleiton B.; Lima; Aline L.; Oliveira; Rafael S. (Wiley-BlackwellHoboken, 2016)

Foliar Uptake Of Fog Water And Transport Belowground Alleviates Drought Effects In The Cloud Forest Tree Species, Drimys Brasiliensis (winteraceae).

Eller, Cleiton B; Lima, Aline L; Oliveira, Rafael S (2013)

Environmental Controls In The Water Use Patterns Of A Tropical Cloud Forest Tree Species, Drimys Brasiliensis (winteraceae).

Eller, Cleiton B; Burgess, Stephen S O; Oliveira, Rafael S (2015)

Effects Of Soil Water Availability On Foliar Water Uptake Of Araucaria Angustifolia

Cassana; Francine F.; Eller; Cleiton B.; Oliveira; Rafael S.; Dillenburg; Lucia R. (SpringerDordrecht, 2016)

Effects Of Soil Water Availability On Foliar Water Uptake Of Araucaria Angustifolia

Cassana; FF; Eller; CB; Oliveira; RS; Dillenburg; LR (SPRINGERDORDRECHT, 2016)

Dew Absorption By The Leaf Trichomes Of Combretum Leprosum In The Brazilian Semiarid Region

Pina; Ana L. C. B.; Zandavalli; Roberta B.; Oliveira; Rafael S.; Martins; Fernando R.; Soares; Arlete A. (Csiro PublishingClayton, 2016)

The Hydroclimatic And Ecophysiological Basis Of Cloud Forest Distributions Under Current And Projected Climates.

Oliveira, Rafael S; Eller, Cleiton B; Bittencourt, Paulo R L; Mulligan, Mark (2014)

Physico-chemical properties of plant cuticles and their functional and ecological significance

Fernández, Victoria; Bahamonde, Héctor Alejandro; Peguero-Pina, José Javier; Gil-Pelegrín, Eustaquio; Sancho-Knapik, Domingo; Gil, Luis; Goldbach, Heiner E.; Eichert, Thomas (2017-11)

Most aerial plant surfaces are covered with a lipid-rich cuticle, which is a barrier for the bidirectional transport of substances between the plant and the surrounding environment. This review article provides an overview ...

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Contribution of leaf water uptake to transpiration and water status in arid ecosystems

Cloud Forest Trees With Higher Foliar Water Uptake Capacity And Anisohydric Behavior Are More Vulnerable To Drought And Climate Change

Cloud Forest Trees With Higher Foliar Water Uptake Capacity And Anisohydric Behavior Are More Vulnerable To Drought And Climate Change

Foliar Uptake Of Fog Water And Transport Belowground Alleviates Drought Effects In The Cloud Forest Tree Species, Drimys Brasiliensis (winteraceae).

Environmental Controls In The Water Use Patterns Of A Tropical Cloud Forest Tree Species, Drimys Brasiliensis (winteraceae).

Effects Of Soil Water Availability On Foliar Water Uptake Of Araucaria Angustifolia

Effects Of Soil Water Availability On Foliar Water Uptake Of Araucaria Angustifolia

Dew Absorption By The Leaf Trichomes Of Combretum Leprosum In The Brazilian Semiarid Region

The Hydroclimatic And Ecophysiological Basis Of Cloud Forest Distributions Under Current And Projected Climates.

Physico-chemical properties of plant cuticles and their functional and ecological significance