黄土高原项目二期的有利影响还不仅仅限于项目区。
The benefits of the Second Loess project are not limited to the project area.
T2阶地上覆的最老风尘沉积是黄土l1，对应氧同位素期MIS 2。
The oldest aeolian deposit on terrace T2 is loess L1, corresponding to oxygen isotope time MIS2.
根据野外调查和实际测量资料，研究了黄土高原构造侵蚀期和期内造成的侵蚀。
According to the material of field investigation and survey, tectonic erosion periods and their erosion are studied.
这一时期夏季风减弱，冬季风增强，风成黄土堆积，降水减少。
Summer monsoon was weaker and winter monsoon stronger. Precipitation decreased, and eolian dust deposition was accelerated.
在黄土高原旱作区，小麦拔节至抽穗期土壤贮水量与穗粒数，灌浆至乳熟期土壤贮水量与穗粒重的关系最为密切。
The relationship between the soil water content from the jointing of wheat to the heading and Numbers of grains of every ear of wheat is the closest in the dry farming regions of the Loess Plateau.
采用了面向对象的知识表示方法，建立了黄土高原地区种植制度设计专家系统，系统以热量（生育期）和降水作为具体地区种植制度可行与否的判断参数。
The FSRS is designed by the object-oriented method in which the condition that determines a farming system feasible or unfeasible are accumulate temperature (growth period) and precipitation.
采用了面向对象的知识表示方法，建立了黄土高原地区种植制度设计专家系统，系统以热量（生育期）和降水作为具体地区种植制度可行与否的判断参数。
The FSRS is designed by the object-oriented method in which the condition that determines a farming system feasible or unfeasible are accumulate temperature (growth period) and precipitation.
应用推荐