Not exact matches
Landscape -
scale restoration is the most efficient way to restore natural balance and reverse
ecosystem degradation.
It is simply this: Earth's body is finite, its resources are limited, and its
ecosystem services capable of irreversible
degradation by the huge
scale and anticipated growth of human over-consumption, overproduction and overpopulation activities, the ones we see rampantly overspreading the surface of our planetary home in our time.
EcoPlanet is the first company to successfully industrialize bamboo, providing a proven model of successful
ecosystem restoration at
scale, converting thousands of acres of degraded land back into fully functioning
ecosystems, reversing the negative effects of global climate change and providing thousands of marginalized people with the potential to change their own lives in areas of the world where few opportunities exist, all while reducing deforestation and forest
degradation through the provision of a sustainable alternative fiber for timber and fiber manufacturing industries.
Anthropogenic climate change on time
scales of decades is arguably less important in driving vulnerability than increasing population, land use practices and
ecosystem degradation.
And, according to the
Ecosystem Climate Alliance, when it comes to aspects of the REDD forest protection scheme the European Union is actively blocking protecting intact forests from being converted to plantations: The ECA says the blocking by the EU — with the support of the Democratic Republic of Congo, Cameroon, Equitorial Guinea and the Republic of Congo — of language to prevent forest - to - plantation conversions essentially means that «industrial -
scale logging and replacement of tropical forests with pulp or palm oil plantations could be funded by money intended to help developing countries reduce the 25 % of greenhouse gas emissions from deforestation, forest
degradation and peatland destruction.»
And a recent paper by Helmut Haberl and others (http://www.pnas.org/cgi/content/abstract/0704243104v1) finds that humans already use 23.8 % of the net primary productivity of the terrestrial biosphere resulting in severe
ecosystem degradation and bio-geochemical changes, and that large -
scale biomass expansion would greatly increase those pressures.