2006 — Effect of land use conversion on soil
organic carbon sequestration in the loess hilly area, loess plateau of China https://link.springer.com/article/10.1007/s11284-006-0065-1
Dr Parr has been investigating the potential for soil
organic carbon sequestration by bamboo leaf litter in collaboration with researchers from the Fujian Academy of Forestry Sciences in south - east China.
Also, there has not been a uniform definition of soil
organic carbon sequestration among researchers.
There are also questions around the rates of soil
organic carbon sequestration that have been researched and published for the past 20 years.
Not exact matches
J.J.M. (2008) Dutch (
organic) agriculture,
carbon sequestration and energy production.
Sustainable coffee agrosystems frequently rely on fallen leaves from their shade trees as well as the application of coffee skins and other
organic matter for soil moisture retention and fertilization, providing another means in which these farms can contribute to
carbon sequestration.
No - till farming has
carbon sequestration potential through storage of soil
organic matter in the soil of crop fields.
Organic agricultural strategies, by recycling
organic matter and tightening internal nutrient cycles, contribute to
carbon sequestration.
The study also shows that wetlands, thought of as a useful tool for conservation and
carbon sequestration, may require consistent flooding to realize environmental benefits from
organic matter accumulation.
Consequently, woodlands that now drain
carbon will become
carbon producers because plant respiration (a process in which oxygen is taken in and
carbon dioxide is given out) and the decomposition of death
organic matter will exceed photosynthesis processes (
carbon sequestration and oxygen release).
These findings underscore the need for more research and tools — such as this new soil
organic carbon app — to help choose where and how to foster
sequestration of
carbon in soils.
Reforestation is expected to improve the ecological function of the project area in the medium to long term, increasing
carbon sequestration and soil
organic matter.
And if an increase of jellyfish in the future will enhance
organic carbon export and CO2
sequestration.
He is currently conducting research into metal
organic frameworks for
carbon sequestration.
2014 — The conversion into grassland showed the highest soil
organic carbon (SOC)
sequestration rates, ranging between 0.4 and 0.8 t C ha − 1 yr − 1, while the opposite extreme scenario (100 % of grassland conversion into arable) gave cumulated losses of up to 2 Gt of C by 2100.
She conducts basic and applied research in compost formulations,
carbon sequestration, soil fertility and pest management to improve
organic crop production and quality.
As researchers concluded in a new study published in Geophysical Research Letters, ocean iron fertilization can only prove successful as a climate geoengineering approach if, in addition to phytoplankton bloom stimulation, «a proportion of the particulate
organic carbon (POC) produced must sink down the water column and reach the main thermocline or deeper before being remineralized... and the third phase is long - term
sequestration of the
carbon at depth out of contact with the atmosphere.»
insufficient understanding of some of the basic processes, such as the interaction of N2O emissions and soil
carbon sequestration, contributions of roots to soil
carbon sequestration, and the life - cycle emissions of
organic fertilizers, such as compost;
This occurs when additional nutrients promote atmospheric
carbon sequestration via enhanced photosynthesis leading to accelerated rates of
organic carbon sedimentation and burial.
Sequestration types include soil
organic carbon (SOC), aboveground biomass (AGB), or both.
Keywords Soil
carbon, soil
organic matter,
sequestration, humic substances, humin, land management, tillage practices, soil
carbon models, Kyoto Protocol
Sequestration of
organic carbon in the deep sea by stimulating spring phytoplankton production in high - latitude oceans;
We've heard that a director at the Department of Agriculture advised her team that
carbon -
sequestration and greenhouse - gas reduction should instead be described as «building soil
organic matter» and «increasing nutrient use efficiency.»
The methodology quantifies increased
carbon sequestration in aboveground biomass, belowground biomass, and soil
organic carbon over and above the baseline scenario.
The paper points out that destruction of seagrass habitats and marshes not only removes this form of
carbon sequestration but also releases already - stored
organic carbon into the
carbon cycle — an effect that protection in MPAs would counteract.
The maximum estimated potential for
sequestration is 1.2 GtC (Gigatons of
Carbon) per year — which is the equivalent of adding 4 parts of
organic carbon to every 1000 parts of
organic carbon that is already stored within agricultural soils, hence the name 4 pour 1000.
The maximum estimated potential for
sequestration is 1.2 GtC (Gigatons of
Carbon) per year — which is the equivalent of adding 4 parts of
organic carbon to every 1000 parts of
organic carbon that is already stored within agricultural soils — hence the name 4 per 1000.
the report argues that up to 86 % of agriculture's potential for climate change mitigation lies in
carbon sequestration in soils; that
organic farming results in 20 % -28 % higher levels of soil
carbon compared to non-
organic farming; and that a global conversion to
organic farming could sequester up to 11 % of global greenhouse gas emissions.
When you look at ecological well - being small and medium - scale
organic agriculture has systemic health benefits — often better
carbon sequestration in soil, better resilience to drought, et cetera.
Addressing the climate crisis calls for an «all of the above» approach to reducing
carbon emissions and increasing
carbon sequestration, and although many of us are inclined to supporting
organic farming practices, it's high time we started focusing on
carbon farming practices as well.