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- W2884385191 abstract "Understanding evapotranspiration–vapor pressure deficit (ET-VPD) hysteresis for different ecosystems can improve our knowledge of vegetation adaptability to a changing environment. However, no previous studies have compared the controlling factors of ET-VPD hysteresis for different agroforestry ecosystems in karst landscapes. Therefore, this study explored ET-VPD hysteresis patterns and the controlling factors for three agroforestry ecosystems, using field observations in a subtropical humid karst catchment from March 12, 2015 to May 26, 2016. The results showed both similarities and differences in ET-VPD hysteresis among the three ecosystems. For example, all three agroforestry ecosystems exhibited noticeable ET-VPD hysteresis, and the hysteric magnitude showed noticeable seasonality with higher values during the growing season. For all three ecosystems, the ET-VPD hysteretic magnitude had no significant relationship with the daily mean environmental factors (e.g. meteorological factors and soil moisture (θ)), but it was highly (R2 > 0.59) correlated to changing rates of meteorological factors (e.g. temperature (Ta), relative humidity (RH), and vapor pressure deficit (VPD)) in the morning. The ET-VPD hysteretic magnitude of the forest–grass mixed ecosystem (142.48 ± 74.16 min) was significantly higher than that of the grass ecosystem (104.37 ± 82.93 min). Hysteresis reflected the extent of imbalance between water demand and water supply for ecosystems during a day. Therefore, this study may be helpful in modeling ET and further understanding ecosystem responses to environmental change." @default.
- W2884385191 created "2018-08-03" @default.
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- W2884385191 date "2018-09-01" @default.
- W2884385191 modified "2023-10-17" @default.
- W2884385191 title "Comparing ET-VPD hysteresis in three agroforestry ecosystems in a subtropical humid karst area" @default.
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- W2884385191 doi "https://doi.org/10.1016/j.agwat.2018.06.007" @default.
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