Ir. J.C. Brink : Cost-effectiveness of interrelated emission reduction strategies in agriculture

  News
  Newsroom
  Archive
  Calendar
  2012
  2011
  2010
  2009
  2008
  2007
  2006
  2005
  2004
  2003
  2002
  2001
  2000
  1999
  News
  RSS
  Calendar
  Open days
  Courses
  Congresses and symposia
  PhD-graduations and speeches

7 Jan 2003 16:00
Unit: Wageningen University
Location: Aula (gebouw 362), Gen. Foulkesweg 1, Wageningen
Promotor: prof.dr. L. Hordijk (Analysis of Environmental Systems)prof.dr. E.C. van Ierland (Environmental Economics and Natural Resources)
Co Promotor: dr. C. Kroeze

Agriculture is an important source of ammonia, contributing to acidification and eutrophication, as well as emissions of the greenhouse gases nitrous oxide and methane. Technical measures to control emissions of one of these pollutants may have an impact on emissions of others. These side effects, which may be positive or negative, are usually ignored in policy-making.
This study investigates interrelations in emission reduction strategies for ammonia, nitrous oxide and methane from agricultural activities in Europe. It presents an optimisation model to identify strategies for simultaneous reductions in emissions of various pollutants at least cost, considering interrelations.
Corjan Brink used the model for an empirical analysis of interrelations in reducing ammonia, nitrous oxide and methane emissions from the European agricultural sector. In many countries, cost-effective ammonia abatement was found to result in an increase in nitrous oxide emissions. Several measures to reduce nitrous oxide and methane emissions simultaneously reduce ammonia emissions. Cost savings can be obtained when interrelations are considered, because measures with harmful side effects are substituted with measures with beneficial side effects.
Print this activity