Methane emission by soils results from antagonistic but correlated microbial activities.
Methane is produced in the anaerobic zones of submerged soils by methanogens and is …

Plants produce a wide spectrum of biogenic volatile organic compounds (BVOCs) in various
tissues above and below ground to communicate with other plants and organisms. However …

Internal transport of gases is crucial for vascular plants inhabiting aquatic, wetland or flood‐
prone environments. Diffusivity of gases in water is approximately 10 000 times slower than …

Methane (CH4) is the most abundant organic trace gas in the atmosphere. In the distant
past, variations in natural sources of methane were responsible for trends in atmospheric …

Agricultural greenhouse gas (GHG) emissions contribute approximately 12% to total global
anthropogenic GHG emissions. Cereals (rice, wheat, and maize) are the largest source of …

Without roots there would be no rhizosphere and no rhizodeposition to fuel microbial activity.
Although micro-organisms may view roots merely as a source of carbon supply this belies …

Enhanced development of gas-spaces beyond that due to the partial cell separation
normally found in ground parenchymas and their derivatives creates tissue commonly …

Globally, about 50% of all arable soils are classified as acidic. As crop and plant growth are
significantly hampered under acidic soil conditions, many farmers, but increasingly as well …

Aerenchyma–tissue containing enlarged gas spaces–occurs in many plants. It is formed
either as part of normal development, or in response to stress (eg hypoxia). Two …

Methane is one of the critical greenhouse gases, which absorb long wavelength radiation,
affects the chemistry of atmosphere and contributes to global climate change. Rice …