CAJ | 학술논문

为了更好地管理大豆的生长过程，以专家施肥模型为决策依托，以气候要素、土壤属性、品种特性等为基础，采用多层结构体系，遵循面向对象的设计原则，运用 ATL 和 WebGIS 技术构建了数字大豆栽培系统并应用于指导生产。结果表明：精确管理田块平均产量（7136．6 kg／hm2）较之常规管理田块（6563．6 kg／hm2）增产8．7％，新增经济效益达3017元／hm2。结论：该系统具有较好的决策性和广泛适应性，可应用于指导生产。
위료경호지관리대두적생장과정，이전가시비모형위결책의탁，이기후요소、토양속성、품충특성등위기출，채용다층결구체계，준순면향대상적설계원칙，운용 ATL 화 WebGIS 기술구건료수자대두재배계통병응용우지도생산。결과표명：정학관리전괴평균산량（7136．6 kg／hm2）교지상규관리전괴（6563．6 kg／hm2）증산8．7％，신증경제효익체3017원／hm2。결론：해계통구유교호적결책성화엄범괄응성，가응용우지도생산。
To be able to better manage soybean-growing process, the authors used an expert fertilization model for decision-making, based on the climatic factors, soil properties, species characteristics,and adopted object-oriented design principles,the WebGIS-based digital crop support system was build by using network development language and be applied to soybean production guidance. The results showed that the average yield(7 136.6 kg/hm2 )was increased by 8.7% compared with the routinely managed field(6 563.6 kg/hm2 ).The newly increased economic benefit was 3 017 Yuan/hm2 . The system has better decision-making and wide adaptability.It can be used in production.