英语翻译本文实在太难,不易下手!This article studies the response of the distribution pattern and the physiological characteristics of the ecosystem to the spontaneous precipitation and the interaction between vegetation and the atmospher

英语翻译本文实在太难,不易下手!This article studies the response of the distribution pattern and the physiological characteristics of the ecosystem to the spontaneous precipitation and the interaction between vegetation and the atmospher
英语翻译
本文实在太难,不易下手!
This article studies the response of the distribution pattern and the physiological characteristics of the ecosystem to the spontaneous precipitation and the interaction between vegetation and the atmosphere
on multiple scales in arid and semi．arid zones,based on measured data of the ecological physiological
parameters in the Ordas Plateau of northern China．The results show that the vegetation biomass and
the energy use efficiency of photosynthesis are especially sensitive to the annual precipitation；Strong and complex interactions exist between the vegetation and the atmosphere on multiple scales leading to
supernormal thermal heterogeneity of the underlying surface,the strong vortex movement and turbulence．
This study can facilitate understanding of the land surface processes and the influences of global climate
change as well as human activities on the human environment in the arid an d semi．arid zones．It also aids in improving the parameterization schemes of turbulent fluxes of a heterogeneous underlying surface for
land surface processes in climate models．
Key words：climate,arid zone,precipitation,ecosystem,climate change

英语翻译本文实在太难,不易下手!This article studies the response of the distribution pattern and the physiological characteristics of the ecosystem to the spontaneous precipitation and the interaction between vegetation and the atmospher
这一个文章学习分配式样的回应和学习对在植物和大气之间的自然坠落和交互作用的生态系统的生理学特性
在干燥的和半．以标准数据为基础的干燥地域,中的多样刻度上那生态学的生理学的
北方中国．的 Ordas 高地的叁数结果表示植物生物量和
能源使用光合作用的效率尤其是敏感的强壮和复杂的交互作用在多样的刻度方面的植物和大气之间存在领先的年度坠落；到
在下面的表面,非凡热异种强烈的旋涡运动和喧嚣．
这一项研究能促进土地的理解表面程序和全球气候的影响力
在人类的环境上的变化和人类的活动在那干燥的 d 半．干燥的地域．资讯科技也在改良混杂的狂暴流出的 parameterization 方案在下面的表面方面援助
土地表面气候模型．的程序
干燥的地域,坠落,生态系统,气候变化的牛鼻子字：气候,

虽然难但是慢慢翻还是能翻出来的,给我100分就帮你