| PUBLICATIONS | | Filtered by Michael Wolosin | | | | | Sort by: Title | Date | Results per page: |
| | US Forest–Climate Assistance: An Assessment | | Michael Wolosin | | RFF Report | September 2012 | | | | | | A Whole-of-Government Approach to Reducing Tropical Deforestation | | Michael Wolosin, Anne Riddle, Daniel F. Morris | | RFF Discussion Paper 11-28 | July 2011 | | Abstract: Tropical forests provide critical global and local ecosystem services and habitat for many of the world’s plants and animals. Their loss threatens the sustainable economic growth and social stability of developing countries, and illegal deforestation abroad places U.S. producers at an unfair disadvantage. For these and other reasons, the United States has long been engaged in programs to reduce forest loss. This engagement has recently increased, with the new Presidential Global Climate Change Initiative including a pillar dedicated to slowing forest loss. While promising, this new funding and coordination is insufficient, with a narrow focus on climate-based development assistance. Engaging the full suite of forest policy levers in the federal government, or taking a “whole-of-government” approach, would provide greater immediate impact in preventing forest loss while building the foundations of a working landscape ethic. In this discussion paper, we explore the opportunities to expand U.S. contributions to reducing tropical deforestation through this approach. A whole-of-government approach to international deforestation consists of coordinating and focusing the programs across the federal government that could reduce the rate of tropical forest loss. It is an integrated strategy that employs existing activities and authorities of the U.S. government and directs them under an overarching goal of reducing deforestation in tropical forest countries, while continuing to support other developing-country goals, such as economic development, health, food security, and biodiversity. We identify three major areas where policy adjustments and actions by relevant authorities can have immediate and tangible impact on reducing deforestation. | | | | International Forest Conservation: A Survey of Key Staff in the 112th Congress | | Michael Wolosin, Peter T. Jenkins | | Issue Brief 11-05 | May 2011 | | | | | | Models for Demography of Plant Populations | | Clark, J.S., D. Bell, M. Dietze, M. Hersh, I. Ibanez, S. LaDeau, S. McMahon, J. Metcalf, E. Moran, L. Pangle, M. Wolosin. | | The Oxford Handbook of Applied Bayesian Analysis | A. O’Hagan, M. West | Oxford University Press | 2010 | | | | | | Capturing Diversity and Interspecific Variability in Allometries: A Hierarchical Approach | | Dietze, M.C., M. Wolosin, J.S. Clark | | Forest Ecology and Management | 2008 | Vol 256, No. 11 | pp. 1939-1948 | | | | | | Tree Growth Inference and Prediction from Diameter Censuses and Ring Widths | | Clark, J.S., M. Wolosin, M. Dietze, I. Ibáñez, S. LaDeau, M. Welsh, B. Kloeppel | | Ecological Applications | 2007 | Vol. 17 No. 7 | pp. 1942-1953 | | | | | | Resolving the Biodiversity Paradox | | Clark, J.S., M. Dietze, S. Chakraborty, P.K. Agarwal, I. Ibáñez, S. LaDeau, and M. Wolosin | | Ecology Letters | 2007 | Vol. 10 | pp. 647-662 | | | | | | Modeling Vital Rates Improves Estimation of Population Projection Matrices | | Gross, K., W.F. Morris, M. Wolosin, D.F. Doak | | Population Ecology | 2006 | Vol. 48 No. 1 | pp. 79-89 | | | | | | Predicting Biodiversity Change: Outside the Climate Envelope, Beyond the Species-Area Curve | | Ibáñez, I., J.S. Clark, M.C. Dietze, K. Feeley, M. Hersh, S. LaDeau, A. McBride, N.E. Welch, M. Wolosin | | Ecology | 2006 | Vol. 87 | pp.1896-1906 | | | | | |
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