Add to ORKG107-113Rice production has a significant effect on global warming and atmospheric chemistry through methane emission from flooded rice soils. Water regime, soil properties and the rice plant are major factors controlling the flux of methane in rice fields. Flooded rice soils provide an optimum environment for methane production and emission. This review deals with discussion of various factors affecting methane emission, estimation, mechanism and control of methane emission. A brief description is also given on the measurement of methane emission from paddy soil with and without rice straw applications, as well as with pot experiments to estimate the contribution of rice straw to the total methane emission during the growth period ...
A field experiment was conducted to determine the effect of water management techniques for maintain...
Two field experiments in California rice paddies are reported, one with a single treatment of a rese...
This article comprises 4 yr of field experiments on methane (CH sub 4) emissions from rice fields co...
Three experiments focused on the contribution of rice productivity to methane emission were conducte...
In a study on CH4 emission from flooded rice fields under irrigated conditions, fields planted with ...
In a study on CH4 emission from flooded rice fields under irrigated conditions, fields planted with ...
To understand why atmospheric methane is increasing worldwide, accurate estimates are needed of the ...
Conventional lowland rice cultivation involves flooding the paddy from planting to close to harvest,...
Methane (CH <sub><font size="-2">4</font></sub> ) is an important greenhouse gas and plays a key rol...
Methane (CH 4 ) is an important greenhouse gas and plays a key role in tropospheric and stratospheri...
Emission of CH4 from ricefields is the result of anoxic bacterial methane production. Global estimat...
101-115Methane (CH4) with its current concentration of 1.72 ppmV in the atmosphere accounts for 15 ...
A field experiment was conducted with six different cultivars of rice (Oryza sativa L.) under simila...
Methane fluxes from Beijing ricefields as affected by organic amendment, water regime, crop establis...
Field experiments were conducted in the Prachinburi Rice Research Center (Thailand) from 1994 to 199...
A field experiment was conducted to determine the effect of water management techniques for maintain...
Two field experiments in California rice paddies are reported, one with a single treatment of a rese...
This article comprises 4 yr of field experiments on methane (CH sub 4) emissions from rice fields co...
Three experiments focused on the contribution of rice productivity to methane emission were conducte...
In a study on CH4 emission from flooded rice fields under irrigated conditions, fields planted with ...
In a study on CH4 emission from flooded rice fields under irrigated conditions, fields planted with ...
To understand why atmospheric methane is increasing worldwide, accurate estimates are needed of the ...
Conventional lowland rice cultivation involves flooding the paddy from planting to close to harvest,...
Methane (CH <sub><font size="-2">4</font></sub> ) is an important greenhouse gas and plays a key rol...
Methane (CH 4 ) is an important greenhouse gas and plays a key role in tropospheric and stratospheri...
Emission of CH4 from ricefields is the result of anoxic bacterial methane production. Global estimat...
101-115Methane (CH4) with its current concentration of 1.72 ppmV in the atmosphere accounts for 15 ...
A field experiment was conducted with six different cultivars of rice (Oryza sativa L.) under simila...
Methane fluxes from Beijing ricefields as affected by organic amendment, water regime, crop establis...
Field experiments were conducted in the Prachinburi Rice Research Center (Thailand) from 1994 to 199...
A field experiment was conducted to determine the effect of water management techniques for maintain...
Two field experiments in California rice paddies are reported, one with a single treatment of a rese...
This article comprises 4 yr of field experiments on methane (CH sub 4) emissions from rice fields co...