Ecological Footprint accounting, first introduced in the 1990s and continuously developed, continues to be the only metric that compares overall human demand on nature with what our planet can renew--its biocapacity--and distils this into one number: how many Earths we use. Our economy is running a Bernie Madoff-style Ponzi scheme with the planet. We use future resources to run the present, using more than Earth can replenish. Like any such scheme, this works for a limited time, followed by a crash. Avoiding ecological bankruptcy requires rigorous resource accounting--a challenging task, but doable with the right tools.
Contents:
Prelude
Footprint
Why? (introduction)
pt. I. Footprint : the tool. Area as currency : how much biocapacity does a person need?
Ecological hinterland : how much biocapacity does a city need?
Croplands, forests, and oceans : how much biocapacity do we have?
One planet : ecological limits and then what?
Footprint as compass : how much biocapacity do we need for a good life?
Part II. Footprint : challenges defining the 21st century. End overshoot! : communication is key
Winners and losers : strategies for countries to consider
Footprint scenarios : ways out of global overshoot
Part III. Footprint : case studies. Footprint calculations : individuals, cities, countries, products, and companies
Footprint in architecture and city planning : BedZED, Masdar City, and Peter Seidel
Original Publisher: Gabriola Island, BC, Canada
, New Society Publishers
Language(s): English
ISBN:
9781550927047
,
1550927043
,
9781771423007
,
1771423005
,
9780865719118
,
9781897408681
Details
DC Contributor
Rout, Katharina
Farnsworth, Adam
Abstract
Ecological Footprint accounting, first introduced in the 1990s and continuously developed, continues to be the only metric that compares overall human demand on nature with what our planet can renew--its biocapacity--and distils this into one number: how many Earths we use. Our economy is running a Bernie Madoff-style Ponzi scheme with the planet. We use future resources to run the present, using more than Earth can replenish. Like any such scheme, this works for a limited time, followed by a crash. Avoiding ecological bankruptcy requires rigorous resource accounting--a challenging task, but doable with the right tools.