canopy interception

基本解釋

Dryness of leaf and branch of canopy has obvious effect on canopy interception of different forest types.
枝葉干燥程度對不同森林類型截留能力的影響也有明顯的區(qū)別。
The canopy interception and the inner precipitation have a significant linear correlation with the precipitation density.
林冠截留量、林內(nèi)雨量均與降雨量和降雨強度呈顯著的線性相關(guān)。
The capability of canopy interception and redistribution on precipitation was closely related with amount and existing conformation of precipitation and stand characteristics.
林冠對降水的截流分配與降水量、降水形態(tài)以及林分特征密切相關(guān)。

林冠截留
The relationship between canopy interception and stand density was a significant power function.
林冠截留量與林分密度呈冪函數(shù)關(guān)系。
冠層截留
The ratio of thatch and canopy interception of Zoysia sinica Hance, Festuca arundinacea and Poa pratensis was 7.04, 2.97, 9.42.
結(jié)縷草、高羊茅和草地早熟禾枯草層截留量與冠層截留量的比分別為7.04、2.97、9.42。
林冠截流
On crown canopy interception volume, larch plantation was better than nature secondary forest and broad leaf Korean pine forest.
在林冠截流方面,人工落葉松林要好于天然次生林和闊葉紅松林。
地球科學
冠層截留
At forest site we modified the long wave radiation scheme and precipitation scheme. Considering the different interception between rain and snow and effect of wind and canopy temperature on snow download, we improve the canopy interception model.
針對森林站積雪深度模擬偏小而積雪融化時間偏早的不足,對模式中的長波輻射方案和地面降水量的計算方案進行了調(diào)整;為了使模式對森林覆蓋區(qū)域冠層截留過程的描述更符合實際,考慮由雨、雪密度不同引起的單位面積截留量的變化,并考慮風速和冠層溫度對冠層上積雪卸載的影響,對模式中原有的冠層截留過程進行改進。
環(huán)境科學技術(shù)
林冠截留