The data is the result of a 7-year study of methane emissions from rice fields in the Sichuan Province of China. In this region, there is one crop of rice per year, the fields are continuously flooded from transplanting to harvest, and there is heavy use of organic fertilizers, particularly pig manure. The fields were studied under prevailing agricultural practices of the local farmers. The results represent emissions under standard agricultural practices and the year to year variability of climate, fertilizers, available irrigation water, and cultivars. The sample site was located near the village of Tuzu (29.5 degrees N latitude, 106.7 degrees E longitude), about 20 km east of Leshan City, and 100 km south of Chengdu. Data are documen...
Methane emission from rice fields was recorded in Hunan-Province, one of the most important rice gro...
Background: Rice paddies have been identified as major methane (CH4) source induced by human activit...
The study of rice agriculture is necessary for both the importance of rice as a vital food source an...
Rice fields have always been regarded as one of the largest anthropogenic sources of atmospheric met...
B 139 - Methane (CH4) is a greenhouse gas regarded second only to carbon dioxide in its ability to c...
Detailed field studies of methane emissions from rice fields show that when nitrogen fertilizers are...
The Sanjiang Plain located in Northeastern China is one of the major rice producing regions in the c...
The Interregional Research Program on Methane Emissions from Rice Fields established a network of ei...
Emissions of methane and nitrous oxide, two significant greenhouse gases, were measured from rice fi...
The Sanjiang Plain (SJP), one of the major rice producing regions in China, is an important source o...
Methane (CH sub 4) emissions from rice fields were monitored in Hangzhou, China, from 1995 to 1998 b...
We assessed decadal changes in CH4 fluxes from rice fields in China during 1961-2007 using an empiri...
BACKGROUND: Rice paddies have been identified as major methane (CH(4)) source induced by human activ...
Proceedings of Shinshu University International Symposium 2007 “Sustainable Agriculture and Environm...
Methane fluxes from Beijing ricefields as affected by organic amendment, water regime, crop establis...
Methane emission from rice fields was recorded in Hunan-Province, one of the most important rice gro...
Background: Rice paddies have been identified as major methane (CH4) source induced by human activit...
The study of rice agriculture is necessary for both the importance of rice as a vital food source an...
Rice fields have always been regarded as one of the largest anthropogenic sources of atmospheric met...
B 139 - Methane (CH4) is a greenhouse gas regarded second only to carbon dioxide in its ability to c...
Detailed field studies of methane emissions from rice fields show that when nitrogen fertilizers are...
The Sanjiang Plain located in Northeastern China is one of the major rice producing regions in the c...
The Interregional Research Program on Methane Emissions from Rice Fields established a network of ei...
Emissions of methane and nitrous oxide, two significant greenhouse gases, were measured from rice fi...
The Sanjiang Plain (SJP), one of the major rice producing regions in China, is an important source o...
Methane (CH sub 4) emissions from rice fields were monitored in Hangzhou, China, from 1995 to 1998 b...
We assessed decadal changes in CH4 fluxes from rice fields in China during 1961-2007 using an empiri...
BACKGROUND: Rice paddies have been identified as major methane (CH(4)) source induced by human activ...
Proceedings of Shinshu University International Symposium 2007 “Sustainable Agriculture and Environm...
Methane fluxes from Beijing ricefields as affected by organic amendment, water regime, crop establis...
Methane emission from rice fields was recorded in Hunan-Province, one of the most important rice gro...
Background: Rice paddies have been identified as major methane (CH4) source induced by human activit...
The study of rice agriculture is necessary for both the importance of rice as a vital food source an...