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• W2613068521 endingPage "1829" @default.
• W2613068521 startingPage "1809" @default.
• W2613068521 abstract "Abstract For sparse planting crops, soil surface plays an important role in energy balance processes within the soil–canopy–atmosphere continuum; thus, it is necessary to partition field energy fluxes into soil surface and canopy to provide useful information to reduce agricultural water use and to develop evapotranspiration models. Field experiments were conducted in vineyards during four growing seasons to examine the energy partitioning among soil surface, canopy, and field separately. Vineyard energy fluxes including latent heat (LE) were measured by eddy covariance system and canopy latent heat LEc was obtained from sap flow. Then, soil surface latent heat LEs was calculated as the difference between LE and LEc. The Bowen ratio and the ratio of latent heat to available energy were used to examine energy partitioning. Results indicate daily and hourly LEs obtained from LE and LEc overestimated microlysimeter-derived values by 13.0% and 10.8%, respectively. Seasonal-average latent heat accounted for 59.0%–64.3%, 65.8%–77.8%, and 56.6%–62.5% of corresponding available energy for vineyard, canopy, and soil surface, respectively. Soil water content and canopy were the main controlling factors on energy partitioning. Surface soil moisture explained 32%, 11%, and 52% of the seasonal variability in energy partitioning at field, canopy, and soil surface, respectively. Leaf area index explained 41% and 26% of the seasonal variability in energy partitioning at field and soil surface. Air temperature was related to canopy and field energy partitioning. During wet periods, soil can absorb sensible heat from the canopy and LEs may exceed soil surface available energy, while during dry periods, the canopy may absorb sensible heat from the soil and LEc may exceed canopy available energy." @default.
• W2613068521 created "2017-05-19" @default.
• W2613068521 creator A5012731014 @default.
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• W2613068521 creator A5054421262 @default.
• W2613068521 creator A5055473849 @default.
• W2613068521 date "2017-06-22" @default.
• W2613068521 modified "2023-10-10" @default.
• W2613068521 title "Vineyard Energy Partitioning Between Canopy and Soil Surface: Dynamics and Biophysical Controls" @default.
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• W2613068521 doi "https://doi.org/10.1175/jhm-d-16-0122.1" @default.
• W2613068521 hasPublicationYear "2017" @default.
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