A market price for carbon emission reductions would allow livestock producers with methane digesters to earn additional revenue from trapping and burning methane from manure. Greater income from reducing methane emissions could substantially increase the number of livestock producers who would find it profitable to install methane digesters. Large-scale hog and dairy operations with lagoon manure management systems are likely to benefit most from a higher carbon price, which could have longrun structural implications for the livestock sector
Beef cattle contribute 7% of anthropocentric greenhouse gas emissions in Australia through the relea...
Livestock producers operating large-scale confinement operations, such as dairies, are looking for w...
Anaerobic digesters can provide renewable energy and reduce greenhouse gas emissions from manure man...
Methane digesters—biogas recovery systems that use methane from manure to generate electricity—have ...
Biogas recovery systems collect methane from manure and burn it to generate electricity or heat. Bur...
Anaerobic digesters that capture and burn manure methane can provide a renewable source of energy an...
The objective of this analysis is to evaluate the impacts of three factors: 1) methane emission diff...
Growth and concentration of the livestock industry create opportunities for the proper disposal of t...
Livestock producers face a number of challenges including pressure from the public to be good enviro...
We estimate the potential reductions in methane and carbon dioxide emissions from several livestock ...
About 3 to 12 % of the energy consumed by ruminants (cattle and sheep) is converted to methane in th...
Carbon neutrality can be reached either through emissions avoidance (e.g. reduction of enteric metha...
A stochastic capital budget was used to analyze the effect of net metering policies and carbon credi...
Biogas recovery systems that use methane from manure to generate electricity have not been widely ad...
The livestock sector supports about 1.3 billion producers and retailers, and contributes 40-50% of a...
Beef cattle contribute 7% of anthropocentric greenhouse gas emissions in Australia through the relea...
Livestock producers operating large-scale confinement operations, such as dairies, are looking for w...
Anaerobic digesters can provide renewable energy and reduce greenhouse gas emissions from manure man...
Methane digesters—biogas recovery systems that use methane from manure to generate electricity—have ...
Biogas recovery systems collect methane from manure and burn it to generate electricity or heat. Bur...
Anaerobic digesters that capture and burn manure methane can provide a renewable source of energy an...
The objective of this analysis is to evaluate the impacts of three factors: 1) methane emission diff...
Growth and concentration of the livestock industry create opportunities for the proper disposal of t...
Livestock producers face a number of challenges including pressure from the public to be good enviro...
We estimate the potential reductions in methane and carbon dioxide emissions from several livestock ...
About 3 to 12 % of the energy consumed by ruminants (cattle and sheep) is converted to methane in th...
Carbon neutrality can be reached either through emissions avoidance (e.g. reduction of enteric metha...
A stochastic capital budget was used to analyze the effect of net metering policies and carbon credi...
Biogas recovery systems that use methane from manure to generate electricity have not been widely ad...
The livestock sector supports about 1.3 billion producers and retailers, and contributes 40-50% of a...
Beef cattle contribute 7% of anthropocentric greenhouse gas emissions in Australia through the relea...
Livestock producers operating large-scale confinement operations, such as dairies, are looking for w...
Anaerobic digesters can provide renewable energy and reduce greenhouse gas emissions from manure man...