crop-full 中文意思是什麼
crop-full
解釋
填滿肚子的-
This fact was borne out by a poem the famous tang poet bai juyi wrote for the local people upon leaving hangzhou after his tenure as a local official had expired : " as i bid farewell to you all, i have have nothing but to leave behind a lake full of water in case you come across a year of crop failure.
西湖的時間美來自於杭州優越的區位及其亞熱帶氣候。這里四季分明，每季自然景觀各異，春花秋月，夏雨冬雪，各具特色。同時，朝暮晝夜的變化，賦于西湖各種光線色彩與雲霞煙靄的變化，使之更為迷人。 -
Have you can get all the information you need to deal with our products or help you as a grower to grow crops with full profitability by means of our comprehensive crop protection solutions
拜耳作物科學是一家全球領先的創新型作物科學公司，致力於植物保護、種子處理綠色生態科技和非農業蟲害治理。 -
The agricultural production holds an important position in baoding area, winter wheat and summer corn are the main grain crops and cotton is the main cash crop. the water resources used in agriculture include rainwater resources used directly by crops and surface water resources or underground water resources which is used through irrigation. there have been lots of rainwater waste because of lacking in research on rainwater resources utilization and in perfect engineering technology in baoding area. to make full use of rainwater is important to alleivate the water resources crisis and improve the ecological environment, the main objectives can make more rainwater turn into soilwater that can be utilized by crops directly and decrease the crops requirments for the surface and ground water resources
用於農業生產的水資源包括直接利用的雨水資源和通過灌溉補充的地表水資源和地下水資源。目前，保定市對直接用於農業生產的雨水資源尚未進行深入細致的研究，而且雨水資源的利用工程技術措施尚不完備，這種情況造成了雨水資源的浪費。顯然，充分利用雨水資源，即盡可能多的把天然降水轉化為可被作物利用的土壤水，減少作物對現有水資源（地表水資源和地下水資源）的需求，對于緩解保定市水資源供需矛盾，改善水環境與生態環境有重要的現實意義。 -
And this is the first full application of two - layer model in remote sensing. from separated evaporation and transpiration through the model some important field parameters can be derived, such as canopy resistance, co2 flux and crop water use efficiency. a simplified two - layer model was also presented in case of that only radiative temperature is available
在組分溫度的幫助下，實現了土壤蒸發和植被蒸騰的準確分離，並且用植被蒸騰速率反算出冠層氣孔阻抗、二氧化碳通量、以及作物群體水分利用效率等農田關鍵參數，是遙感獲得此類參數的新思路。
分享友人