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
The carbon cycle is closely linked to the climate system and is influenced by the growing human population and associated demands for resources, especially for fossil-fuel energy and land. The rate of change in atmospheric CO2 reflects the balance between carbon emissions from human activities and the dynamics of a number of terrestrial and ocean processes that remove
This report covers the range of topics evaluated by Working Group I of the IPCC, namely the Physical Science Basis.
This document provides an overview of the interactions between the ocean and climate and describes the impacts of climate change on the marine ecosystems and the goods and services they provide human society. Further, it outlines a set
The IUCN report, The Management of Natural Coastal Carbon Sinks, launched at the climate change and protected area summit in Granada, Spain. The first in-depth study revealing the latest science of marine ecosystems, such as seagrass meadows, mangroves and salt marshes, shows that they have a much greater capacity to progressively trap carbon than land carbon sinks, such as forests.
While the initiative taken by the state government to check carbon emissions is laudable, its plan to achieve
If the next climate treaty tackles deforestation, tropical nations will need to monitor the biomass of their forests. One ecologist has worked out a way to do that from the sky, finds Jeff Tollefson.
High US Government officials believe that it is highly unreasonable by the developing nations to request the industrialized nations or the Annexure One countries to cut down greenhouse gas emissions by 40 per cent in 2020.
<p><span style="font-size: 12px;">Global warming risks from emissions of greenhouse gases (GHGs) by anthropogenic activities have increased the need for the identification of ecosystems with high carbon sink capacity as an alternative mitigation strategy of terrestrial carbon sequestration. The agroforestry sector has received recent attention for its enormous potential carbon pools that reduce carbon emissions to the atmosphere. The Nubra Valley (Trans-Himalayan region) is covered with more than 575,000 agroforestry plantations (willow and poplar). These species have been found to sequester more than 75,000 tonnes of carbon.</span></p> <p><a href="http://Global warming risks from emissions of greenhouse gases (GHGs) by anthropogenic activities have increased the need for the identification of ecosystems with high carbon sink capacity as an alternative mitigation strategy of terrestrial carbon sequestration. The agroforestry sector has received recent attention for its enormous potential carbon pools that reduce carbon emissions to the atmosphere. The Nubra Valley (Trans-Himalayan region) is covered with more than 575,000 agroforestry plantations (willow and poplar). These species have been found to sequester more than 75,000 tonnes of carbon." target="_blank"><b>Original Source</b></a></p>
One way of mitigating global climate change is protecting and enhancing biosphere carbon stocks. The success of mitigation initiatives depends on the long-term net balance between carbon gains and losses. The biodiversity of ecological communities, including composition and variability of traits of plants and soil organisms, can alter this balance in several ways.
Three activities