Trees are known to sequester the atmospheric carbon into long lived wood biomass and soil pool. This study reports growth, biomass, carbon storage and carbon sequestration potential of Populus deltoides in different age plantation. Mean carbon concentration in aboveground components varied from 44.1% to 47.8%. Carbon stock in Populus deltoides increased from 9.15 to 74.3 Mg ha-1 from 1 to 7-year plantation age. Soil carbon stock increased with age (1-7 years) from 11.8 to 17.6 Mg ha-1 and decreased with soil depth. Total carbon (biomass+soil) increased from 20.95 Mg C ha-1 at 1-year of age to 91.93 Mg C ha-1 at 7-year of age, which was more than four times higher than 1-year plantation. Maximum carbon sequestration rate was recorded at plan...
Deforestation and faulty land use practices in tropical regions contribute to the largest flux of CO...
Carbon management in forest plantations will probably be the single most important agenda of the fir...
Carbon management in forest plantations will probably be the single most important agenda of the fir...
Not AvailableGrowth, biomass, carbon storage, and carbon sequestration potential along an age series...
Sequestration of atmospheric carbon in plant and the underlying soil is a mechanism to encounter the...
Farm friendly and fast growing trees are the sustainable, cheaper and efficient source of carbon seq...
Farm friendly and fast growing trees are the sustainable, cheaper and efficient source of carbon seq...
Not AvailableAbstract: Poplar (Populus deltoides) is one of the dominant and most preferred agrofore...
A dynamic growth model (CO2FIX) was used for estimating the carbon sequestration potential of sal (S...
Not AvailableAbstract: Poplar (Populus deltoides) is one of the dominant and most preferred agrofor...
A dynamic growth model (CO2FIX) was used for estimating the carbon sequestration potential of sal (S...
Not AvailableBiomass, carbon storage and carbon dioxide mitigation potential of plantations of Popul...
Deforestation and faulty land use practices in tropical regions contribute to the largest flux of CO...
Deforestation and faulty land use practices in tropical regions contribute to the largest flux of CO...
Deforestation and faulty land use practices in tropical regions contribute to the largest flux of CO...
Deforestation and faulty land use practices in tropical regions contribute to the largest flux of CO...
Carbon management in forest plantations will probably be the single most important agenda of the fir...
Carbon management in forest plantations will probably be the single most important agenda of the fir...
Not AvailableGrowth, biomass, carbon storage, and carbon sequestration potential along an age series...
Sequestration of atmospheric carbon in plant and the underlying soil is a mechanism to encounter the...
Farm friendly and fast growing trees are the sustainable, cheaper and efficient source of carbon seq...
Farm friendly and fast growing trees are the sustainable, cheaper and efficient source of carbon seq...
Not AvailableAbstract: Poplar (Populus deltoides) is one of the dominant and most preferred agrofore...
A dynamic growth model (CO2FIX) was used for estimating the carbon sequestration potential of sal (S...
Not AvailableAbstract: Poplar (Populus deltoides) is one of the dominant and most preferred agrofor...
A dynamic growth model (CO2FIX) was used for estimating the carbon sequestration potential of sal (S...
Not AvailableBiomass, carbon storage and carbon dioxide mitigation potential of plantations of Popul...
Deforestation and faulty land use practices in tropical regions contribute to the largest flux of CO...
Deforestation and faulty land use practices in tropical regions contribute to the largest flux of CO...
Deforestation and faulty land use practices in tropical regions contribute to the largest flux of CO...
Deforestation and faulty land use practices in tropical regions contribute to the largest flux of CO...
Carbon management in forest plantations will probably be the single most important agenda of the fir...
Carbon management in forest plantations will probably be the single most important agenda of the fir...