Eco-innovative measures in large Swedish companies An inventory based on company reports Birgit Brunklaus, Jutta Hildenbrand and Steven Sarasini Environmental Systems Analysis

Source URL: www.vinnova.se

Can Climate Trends be Calculated from Re-Analysis Data? Lennart Bengtsson1,2, Stefan Hagemann2 and Kevin I. Hodges1 1. Environmental Systems Science Centre, Harry Pitt Building, Whiteknights, PO Box 238, Reading RG6 6AL,

Source URL: www.mpimet.mpg.de

Research Institute of Innovative Technology for the Earth RITE GHG Mitigation Assessment Model DNE21+ January 30, 2015 Systems Analysis Group

Source URL: www.rite.or.jp

• Climate change
• Economics
• United Nations Framework Convention on Climate Change
• Carbon dioxide
• Carbon finance
• Climate change mitigation
• Kyoto Protocol
• Greenhouse gas
• Global warming
• Environment
• Environmental economics
• Climate change policy

A continental analysis of correlations between tree patterns in African savannas and human and environmental variables

Source URL: www.resecol.wur.nl

• Physical geography
• Grasslands
• Temperate grasslands
• savannas
• and shrublands
• Ecosystems
• Savanna
• Tropical and subtropical grasslands
• savannas
• and shrublands
• Biome
• Na Na Na
• Ecology
• Systems ecology
• Habitats
• Biogeography

Ecological Monographs, 79(1), 2009, pp. 127–154 Ó 2009 by the Ecological Society of America Environmental controls on the distribution of wildfire at multiple spatial scales MARC-ANDRE´ PARISIEN1,2,3

Source URL: nature.berkeley.edu

• Science
• Ecology
• Biogeography
• Scientific modeling
• Climate
• Vegetation
• Ecoregion
• Coast Range
• Regression analysis
• Systems ecology
• Biology
• Habitats

EXTENSION OF KNOWLEDGE BASE ADAPTIVE MANAGEMENT C A PA C I T Y B U I L D I N G MAINSTREAMING POLICY ANALYSIS PAPER:

Source URL: food.berkeley.edu

• Environment
• Systems ecology
• Pollination
• Environmental economics
• Insect ecology
• North American Pollinator Protection Campaign
• Ecosystem services
• Ecosystem
• Conservation biology
• Biology
• Plant reproduction
• Symbiosis

Chapter 4 Recognizing Uncertainties in Evaluating Responses Coordinating Lead Author: Gary Yohe Lead Authors: W. Neil Adger, Hadi Dowlatabadi, Kristie Ebi, Saleemul Huq, Dominic Moran, Dale Rothman, Kenneth Strzepek, Gi

Source URL: www.unep.org

• Systems ecology
• Environmental economics
• Decision theory
• Measurement
• Uncertainty
• Ecosystem services
• Risk
• Decision making
• Sensitivity analysis
• Science
• Knowledge
• Management

EIA, large development projects and decision-making in the Nordic countries. Editor Tuija Hilding-Rydevik. StockholmNordregio Report 2001:6) Foreword Major politically important development projects seem to pose

Source URL: www.nordregio.se

• Technology assessment
• Environmental law
• Prediction
• Environmental impact assessment
• Sustainable development
• Nordic countries
• Nordic Council
• Systems engineering process
• Economic impact analysis
• Environment
• Impact assessment
• Evaluation

(re-) insurance industry, developing and transforming current risk prediction models used for liability analysis, into resilience measuring systems quantifying and indexing urban systems elements. Key strategic milestone

Source URL: www.preventionweb.net

• Urban studies and planning
• Security
• Risk
• Environmental social science
• Disaster preparedness
• Psychological resilience
• International Decade for Natural Disaster Reduction
• Urban resilience
• Resilience
• Environment
• Emergency management
• Public safety

S T E P H E N P O L A S KY SETH BINDER Valuing the Environment for Decisionmaking In dealing with complex environmental issues,

Source URL: sites.nationalacademies.org

• Evaluation methods
• Business
• Systems ecology
• Environmental social science
• Decision theory
• Cost–benefit analysis
• Environmental resources management
• Contingent valuation
• Economics of global warming
• Environmental economics
• Economics
• Environment