1.
Experimental study on purification effect of paddy drainage in surface flow bulrush wetland
人工湿地对稻田排水净化效果的研究
2.
Variation of nitrogen concentration in drainage water from paddy fields under controlled irrigation and drainage
灌排调控的稻田排水中氮素浓度变化规律
3.
Experimental Study on Controlled Drainage in Paddy Fields of the Yinnan Irrigation District, China;
宁夏银南灌区稻田控制排水试验研究
4.
Monitoring and Characteristic Analysis on Nitrogen and Phosphorus Releases from High-yield Paddyfield
高产水稻田氮磷排放监测及特征分析
5.
Water Regime Management Affects Methane Emission from Rice Paddy Field:A Review
水分管理影响稻田甲烷排放研究进展
6.
Studies on Function of Mitigating Methane Emission in Paddyfield and Imporvement of Rice Growth Environment in Rice-Duck-fish Complex Ecosystem;
稻鸭鱼生态种养对稻田甲烷减排及水稻栽培环境改善的功能研究
7.
The key of controlling CH4 emission lies in regulating irrigation water.
控制稻田甲烷排放的关键在于调节灌溉水。
8.
Methane and Nitrous Oxide Fluxes under Rice Cultivation in Aerobic and Waterlogged Condition;
旱作和水作条件下稻田CH_4和N_2O排放的研究
9.
Water Wheels and Rice Seedlings: Paddy-field Drainage and the Restoration of Production in Qing-dynasty Jiangnan;
水车与秧苗:清代江南稻田排涝与生产恢复场景
10.
Effects of water management on production, oxidation, and emission of CH_4 from rice paddy soil
水分管理对稻田土壤CH_4产生、氧化及排放的影响
11.
Effect of Water Management on Nitrous Oxide Emission from Rice Paddy Field:A Review
水分管理影响稻田氧化亚氮排放研究进展
12.
Acreage Extraction and Biomass Estimation of Paddy Rice Based on Microwave Remote Sensing and Methane Emissions Simulation from Paddy Fields
微波遥感水稻种植面积提取、生物量反演与稻田甲烷排放模拟
13.
Effects of high-yielding rice cultivar and cultivation pattern on methane emission from paddy field
高产水稻品种及种植方式对稻田甲烷排放的影响
14.
The dynamic characteristics and modeling of nitrogen in paddy field surface water and nitrogen loss from field drainage
水稻田面水氮素的动态特征、模式表征及排水流失研究
15.
The canals take water to the rice fields.
水渠把水送到稻田里。
16.
Effects of Rice Straw Incorporation and Land Management in Winter on Methane Emission During Rice-growing Season
冬季秸秆还田和土地管理对水稻生长期CH_4排放的影响
17.
Effect of Nitrogen Fertilizer Rates on Nitrous Oxide Emission from Paddy Field Under Rice-Wheat Rotation
不同施氮水平对稻麦轮作农田氧化亚氮排放的影响
18.
"The best rice land is level, conveniently diked for alternating irrigation and drainage. "
稻田最好是在平地上，筑田埂以利排灌。