field moisture

field moisture的基本解释

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田间含水量

与field moisture相关的网络例句 [注：此内容来源于网络，仅供参考]

When moisture suction was 100-400cm,the water was between field moisture capacity and capillary disrupting moisture, and the water was the most efficient.

水吸力在100-400×102Pa时，土壤水分处于田间持水量到毛管断裂含水量之间，水分有效性最大。

After yearly burning, soil moisture content, porosity, separate coefficient, capillary and field moisture capacity increased, however, soil saturated water retaining capacity and unit weight decreased.

连年火烧使土壤含水率、孔隙度、分散系数、毛管持水量和田间持水量升高，而使土壤饱和持水量、容重下降。

Field moisture capacity is the key factor not only resulting in afforestation success or failure, but also that impacting on productivity of stand at hot-dry valley of Jinshajiang River. It was concluded by the investigation that: the contour trench (40 cm×40 cm), mixted with can increase the field moisture capacity, in accordance, the productivity of stand could bue improved in some degrees. But bearing the weight of soil capability, survival individual plant on unit area was about 525 plant/hm^2. Further-more, introduction of the grade 1 seedling in afforestation could improve survival rate, and facilitate the stand productivity.

土壤含水量是影响金沙江干热河谷造林成败的关键因子，同时也是影响林分生产力的限制性因子，通过试验得出：采用水平沟整地(40cm×40cm)、与多年生小灌木混交，可在一定程度上提高林地土壤含水量，从而使得造林保存率和林分生产能力均有提高，但是受其土壤承载能力的影响，单位面积的保存株数保持在525株/hm^2左右；此外，用Ⅰ级苗木造林，不但可以提高造林保存，对林分的后其生长也有促进作用。

与field moisture相关的网络解释 [注：此内容来源于网络，仅供参考]

field moisture equivalent：田间水分当量

field moisture deficiency 田间水分不足 | field moisture equivalent 田间水分当量 | field observation 野外观测

field moisture equivalent：田间含水当量,田间水分当量,工地含水当量

field moisture deficiency ==> 田间含水量差值 | field moisture equivalent ==> 田间含水当量,田间水分当量,工地含水当量 | field name ==> 区段名,信息组名

field moisture equivalent：现场含水当量

field measurement 现场测量[勘测] | field moisture equivalent 现场含水当量 | field recompression curve 现场再压缩曲线