Biological Pollution | Ecosystem Restoration | Market Mechanisms | Natural Flow Regimes
Great Lakes Protection Fund
  Courtesy of Applied Ecological Services
 

 

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Leadership for Ecosystem Restoration

The Fund encourages applicants to develop and test strategies that advance the state-of-the-practice in restoring ecosystems.

Over the past four decades, the citizens, industries and units of government in the Great Lakes basin have carried out an unprecedented ecosystem restoration effort. This region has shown the world how performance-based ecosystem restoration can be undertaken at geographic scale that covers over 400,000 square miles; at a political scale that includes two sovereign countries, eight states, two provinces and hundreds of other units of government; and done without harming the economic engine of two countries. After spending billions of public and private dollars to minimize chemical pollution and control the impact of invasive exotic species such as the sea lamprey and the zebra mussel the waters and biota of the basin are cleaner then they have been in years.

As a result of these successes, the problems facing the basin ecosystem are of a fundamentally different character than those we have learned to solve. They are not, generally, a matter of cleaning-up local pollution sources. Problems are increasingly distant from the basin in time and space. They are frequently the consequence of many small, apparently unrelated decisions. These new problems require new solutions, and the Fund encourages applicants to generate preproposals to test those new solutions. Some of these new solutions are hinted at in the other current areas of interest: methods to prevent biological pollution, to restore the pattern of water movements in the basin ecosystem, and new ways to use the power of the market place for the benefit if the basin ecosystem. Many new solutions have not yet been anticipated.

Projects that identify a specific ecological outcome, and have an innovative, pragmatic plan to achieve it are encouraged. Areas ripe for such innovation may derive from:

  • the degree to which the Great Lakes basin ecosystem is connected to the global atmospheric and trade systems that have not been generally considered in efforts to protect and restore the system's health.
  • the nature of the likely new economic activities which will use the system's human and natural capital.
  • the untapped wealth of organizational capacity and leadership talent that lies in institutions that have not yet been engaged in ecological health protection and restoration activities.
  • the new understanding that the cumulative result of individual instances of human intervention in "natural" systems is not necessarily negative and that positive returns to scale are possible and desirable.

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