In this study, we set up a vegetation gradient in the desert-oasis ecotone of Zhangye Oasis, Hexi Corridor, spanning from natural desert vegetation (mobile and fixed sandy dunes) to
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When precipitation infiltration was combined with the original soil water, the soil water and plant water use will experience significant dynamic changes, which play an important role in the...
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The research focuses on two ecological governance measures: (1) the direct planting of Haloxylon ammodendron in bare sand in front of, between, and behind photovoltaic panels and (2)
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Haloxylon ammodendron plantations are crucial for dune stabilization and sand movement control in arid desert-oasis ecotones, effectively safeguarding oasis ecosystems. However, their
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Results showed that under high radiation, in the AE, the species down-regulated its net assimilation rate (A) and maximum photochemical efficiency of PS II (Fv/Fm), indicating photoinhibition.
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In the desert-oasis transition zone at the southern edge of the Junggar Basin, limited precipitation and clayey soil pose significant challenges for shrub forest ecological barriers. In the
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Under the influence of drought and salinity, the anisohydric properties of H. ammodendron weakened its stomatal regulation ability and made it susceptible to water transport
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Haloxylon ammodendron is a common plant in Xinjiang, belonging to Amaranthaceae and Clostridium. It is good at stabilizing sand and sequestering carbon (Cheng et al., 2020; Li and Zhao, 2017).
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Haloxylon ammodendron holds significance as an ecological plant, showcasing remarkable adaptability to desert conditions, halophytic environments, and sand fixation. With its potential for carbon
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An in-situ field experiment was established to examine the influence of a long-term enhanced precipitation and N deposition on the photosynthetic traits and physiological characteristics of
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