With forest data
from the Global Forest Watch platform and advocacy training from Women Research Institute, they are influencing where and how nearby agricultural companies operate.
A time - lapsed map released today by the World Resources Institute using satellite imagery
from Global Forest Watch shows how much forest is being lost in Northern Alberta to make way for major industrial operations, mainly to extract oil from the tar sands, also referred to as the oilsands.
Data
from the Global Forest Watch platform provides context on what's happening in these northern forests.
Not exact matches
«If we're to keep
global temperatures
from rising to dangerous levels, we need to drastically reduce emissions and greatly increase
forests» ability to absorb and store carbon.»
In recent years, China single - handedly accounted for about 15 per cent of
global GDP and half of
global growth — namely by sucking up the world's supplies of raw materials and using them to build everything
from high - speed railways to
forests of apartment towers to house its 1.3 billion people.
in the context of the present government policy of high - tech development based on the
global free market, the dalits, the tribals and the fisherfolk are increasingly getting alienated
from the Land, the
Forest and the Water - sources respectively which have been giving them their living, and are also getting uprooted
from their habitat and culture; and women are commoditized and their sexuality, fertility and labour are increasingly commercialized.
Turning
from per capita production to total
global production, the total production
from forests has been declining for several years (Brown 1991).
Neither are ecosystems, as is apparent
from the threat of
global warming, and our common dependence on what's left of the world's
forests for oxygen.
Through the Consumer Goods Forum, the CDP / We Mean Business Coalition, and the public - private Tropical
Forest Alliance 2020, hundreds of major companies have committed to eliminating commodity - driven deforestation
from their supply chains by 2020, including companies that account for 90 percent of the
global trade in palm oil.
Driving impact
from field and
forest to shelf, Rainforest Alliance expertise brings benefits on a
global scale to farmers, foresters, communities, landscapes, businesses and brands.
A new study by a team of researchers
from the Joint Research Centre, the European Commission's science and knowledge service, sheds light on another, less well - known aspect of how these ecosystems, and
forests in particular, can protect our planet against
global warming.
From a greenhouse gas perspective, the cutting of
forests might only affect the
global climate in the mid-to-long term.
«Emissions
from the edge of the
forest: Fragmentation of tropical
forests increases
global emissions of greenhouse gases.»
Accordingly, humans are,
from a
global perspective, responsible for 84 percent of the total amount of tropical
forest fragmentation, although the picture varies slightly
from continent to continent.
Global temperatures are forecast to rise by two degrees by the year 2099, which is predicted to increase annual carbon emissions
from the
forest by three - quarters of a billion tonnes.
Yet the
global policy and science communities do not differentiate among the relative values of different types of
forest landscapes — which range
from highly intact ones to those which are heavily logged, fragmented, burnt, drained and / or over-hunted — due in part to the lack of a uniform way of measuring their quality.
According to new data
from the World Resources Institute's
Global Forest Watch initiative, Russia and Canada saw «massive» forest losses in
Forest Watch initiative, Russia and Canada saw «massive»
forest losses in
forest losses in 2013.
Changes in
forest management and agricultural practices could significantly reduce the threat of
global warming much more quickly than can technological solutions such as carbon capture and storage (CCS)
from coal - fired power plants, according to experts.
Beyond wildlife concerns, Canada's boreal
forest, which stretches
from coast to coast, comprises perhaps the world's largest terrestrial storehouse of carbon dioxide, so it is critical to keep it intact to help mitigate
global warming.
Of course, modern
global warming stems
from a clear cause — rising levels of CO2 (and other greenhouse gases)
from fossil fuel burning, cutting down
forests and other human activities.
Photosynthesis — the process green plants use to convert energy
from the sun that plants use to grow —
from tropical
forests, plays a huge role in determining
global atmospheric CO2 concentration, which is closely linked the
global temperature and rate of climate change.
Early in the next century,
forests planted to protect the planet
from global warming could be contributing to it.
«We are the first to examine all important ecological processes of
forest regeneration in a
global meta - analysis of existing case studies,» explains Dr. Eike Lena Neuschulz, the lead author of the study
from the Senckenberg Biodiversity and Climate Research Center.
Some 15 % of
global carbon emissions result
from deforestation and
forest degradation, which releases carbon dioxide to the atmosphere as trees are destroyed.
The authors caution that Amazonian
forests and reserves still face a barrage of threats,
from dam construction and mining to wildfires and droughts intensified by
global warming, and direct invasions of indigenous lands.
Stirling co-author and Professor of Ecology, Alastair Jump, said: «By pinpointing specific traits in trees that determine how at risk they are
from drought, we can better understand
global patterns of tree mortality and how the world's
forests are reacting to rising temperatures and reduced rainfall.
Pokorny's work, coupled with a controversial new theory called the «biotic pump,» suggests that transforming landscapes
from forest to field has at least as big an impact on regional climate as greenhouse gas — induced
global warming.
The latest version, more than a year in the making, reiterates findings that
global warming is unequivocal and primarily caused by humans
from the burning of fossil fuels, the clearing of
forests, and the disruption of agricultural activities.
«This is a really troubling paper
from my point of view,» says Stuart Davies, director of the Smithsonian Tropical Research Institute's
Forest Global Earth Observatory in Panama City, which maintains a network of 61 plot studies in 24 countries.
«This would be a disaster,» says Ekwoge Abwe, who oversees the Ebo
Forest Research Project with the help of village volunteers and funding
from San Diego Zoo
Global, the U.S. Fish and Wildlife Service and other groups.
Tropical
forests may not save us
from global warming.
The researchers incorporated information on soot produced by burning fossil fuels, wood and other biofuels, along with that naturally produced by
forest fires and then checked their model predictions against
global measurements of soot levels in polar snow
from Sweden to Alaska to Russia and in Antarctica as well as in nonpolar areas such as the Tibetan Plateau.
To understand where interior
forest has been lost and therefore where risks
from forest fragmentation might be greatest, the researchers used
global tree cover data to map the
forests of 2000 and 2012 and examined the patterns of change across ecological regions and biomes.
That molecule — released by the gigaton
from human activities like fossil fuel burning and clearing
forests — causes the bulk of
global warming.
The new study, led by the U.N. Food and Agriculture Organization and published in
Global Change Biology, quantifies the reductions in climate pollution
from the degradation and clearcutting of
forests.
Plants speed up their respiratory metabolism as temperatures rise, leading to a long - held concern that as climate warms the elevated carbon release
from a ramped - up metabolism could flip
global forests from a long - term carbon sink to a carbon source, further accelerating climate change.
«Monitoring gross changes in
forest cover — both losses and gains — is now not a technical challenge because there are many satellite data providers to choose
from, robust methods for imagery interpretation, and increased computing power; what is needed is the
global commitment to allocate the resources to get the job done,» says Brown.
The problem of
global warming has resulted
from human activities, primarily the burning of fossil fuels and clearing of
forests.
From a global carbon perspective, the carbon release from melting of the world's permafrost is equivalent to burning all the world's forests 2 1/2 ti
From a
global carbon perspective, the carbon release
from melting of the world's permafrost is equivalent to burning all the world's forests 2 1/2 ti
from melting of the world's permafrost is equivalent to burning all the world's
forests 2 1/2 times.
As shown later in this paper, the
global warming potential of the annual emissions of CH4
from Amazonian wetlands is equivalent to about 30â $ «40 % of the estimated annual accumulation of C in woody biomass of mature Amazonian
forests.»
That's at least according to a new study published in the journal Environmental Research Letters, which details how
global carbon emissions
from forests could have been underestimated because calculations have not fully accounted for the dead wood
from logging.
Saving
Forests Page Content These nature - based initiatives aid in global mitigation efforts by preserving or restoring standing forests, which absorb massive amounts of carbon from the atmo
Forests Page Content These nature - based initiatives aid in
global mitigation efforts by preserving or restoring standing
forests, which absorb massive amounts of carbon from the atmo
forests, which absorb massive amounts of carbon
from the atmosphere.
Forests and other land vegetation currently remove up to 30 percent of human carbon dioxide emissions from the atmosphere during photosynthesis, but thanks to this latest study, experts now know that we have tropical forests to thank for a great deal of this work - absorbing a whopping 1.4 billion metric tons of CO2 out of a total total global absorption of 2.5 billion metri
Forests and other land vegetation currently remove up to 30 percent of human carbon dioxide emissions
from the atmosphere during photosynthesis, but thanks to this latest study, experts now know that we have tropical
forests to thank for a great deal of this work - absorbing a whopping 1.4 billion metric tons of CO2 out of a total total global absorption of 2.5 billion metri
forests to thank for a great deal of this work - absorbing a whopping 1.4 billion metric tons of CO2 out of a total total
global absorption of 2.5 billion metric tons.
Despite the worldwide campaigns on
forest conservation and log bans to promote carbon sinks and help resolve the
global warming and greenhouse gas issues, a study
from Switzerland chose to take a different path.
Current best
global estimates suggest that
forest mortality is outpacing benefits
from increased tree productivity due to increased atmospheric CO2 (Allen et al. 2010), signifying an overarching contraction of
forest range (Dobrowski et al. 2015).
As up to 20 percent of
global anthropogenic greenhouse gas emissions result
from deforestation, the reduction of emissions
from deforestation and degradation of
forests (REDD) is a major theme of the ongoing negotiations under the UNFCCC.
As trees grow, they absorb carbon
from the atmosphere, making
forests a key player in the
global carbon cycle.
That's the driving idea behind a
global policy effort we helped pioneer, known as REDD +, which stands for reducing emissions
from deforestation and
forest degradation.
In all, we found that the rate of
forest loss
from gold mining accelerated
from 5,350 acres (2,166 hectares) per year before 2008 to15, 180 acres (6,145 hectares) each year after the 2008
global financial crisis that rocketed gold prices.»
(20/07/2016) According to the first
global meta - analysis conducted by scientists
from Senckenberg and published today in Nature's open access journal «Scientific Reports», pollination and seed dispersal are the most sensitive processes in
forest regeneration....