Climate impacts in northern forests
Northern forests hold around 54% of the world’s total terrestrial carbon stock and contribute more than one-third to our global terrestrial carbon sink. This report reviews the impact of human induced
Northern forests hold around 54% of the world’s total terrestrial carbon stock and contribute more than one-third to our global terrestrial carbon sink. This report reviews the impact of human induced
COMMUNITIES from two villages of Mbulu District in Manyara Region have started leaping the benefits of their responsible forest conservation behaviour with a 38m/- pay check during the first six months
Land-use change, mainly the conversion of tropical forests to agricultural land, is a massive source of carbon emissions and contributes substantially to global warming. Therefore, mechanisms that aim
Vast areas of deforested tropical peatlands do not receive noteworthy shading by vegetation, which increases the amount of solar radiation reaching the peat surface. Peat temperature dynamics and heterotrophic
As deforestation continues in tropical rainforests, more and more carbon is being released. Now, scientists have found that far more common has been lost than previously thought, which could affect models
Mangroves are being destroyed at a rate 3 – 5 times greater than the average rates of forest loss, costing billions in economic damages and denying millions of people the ecosystem services they need to
The Nature Climate Change journal has reported that Indonesia lost 840,000 hectares of natural forest in 2012 compared to 460,000 hectares in Brazil despite their forest being a quarter of the size of
Policies to end deforestation are essential for curbing climate change and can also support economic development, top government and business officials said. "Putting a stop to deforestation is the
The 2014 Global Carbon Budget has been released ahead of the U.N. Climate Summit, showing that carbon dioxide emissions from fossil fuel burning and cement production increased by 2.3% in 2013 to new record
The high spatio-temporal variability of aboveground biomass (AGB) in tropical forests is a large source of uncertainty in forest carbon stock estimation. Due to their spatial distribution and sampling
The huge stores of carbon locked in the world's soils are more vulnerable to rising temperatures than previously thought. Researchers found that microbes in the soil were more likely to enhance the