A system dynamic model was developed to predict food grain production under the dynamic consideration of the production circumstances and inputs such as farm population, investment on agriculture, arable land, extensive technology and weather.
By using the model, the variation of the food grain prod...
이욱 , 이승규 , 김성태 ( Wook Lee , Seung Kyu Lee , Sung Tae Kim )한국농업기계학회, 바이오시스템공학(구 한국농업기계학회지)[1983] 제8권 제1호, 70~74페이지(총5페이지)
A system dynamic model was developed to predict food grain production under the dynamic consideration of the production circumstances and inputs such as farm population, investment on agriculture, arable land, extensive technology and weather.
By using the model, the variation of the food grain prod...
A system dynamic model was developed to predict food grain production under the dynamic consideration of the production circumstances and inputs such as farm population, investment on agriculture, arable land, extensive technology and weather.
By using the model, the variation of the food grain prod...
A system dynamic model was developed to predict food grain production under the dynamic consideration of the production circumstances and inputs such as farm population, investment on agriculture, arable land, extensive technology and weather.
By using the model, the variation of the food grain prod...
A system dynamic model was developed to predict food grain production under the dynamic consideration of the production circumstances and inputs such as farm population, investment on agriculture, arable land, extensive technology and weather.
By using the model, the variation of the food grain prod...
A system dynamic model was developed to predict food grain production under the dynamic consideration of the production circumstances and inputs such as farm population, investment on agriculture, arable land, extensive technology and weather.
By using the model, the variation of the food grain prod...