Understanding And Analysis The California Air Resources Board Forest Offset Protocol

This book is a product of the initial phase of a broader study evaluating the voluntary and regulatory compliance protocols that are used to account for the contributions of forests in U.S.-based greenhouse gas (GHG) mitigation programs. The research presented here is particularly concerned with these protocols’ use of the USDA Forest Service’s Forest Inventory and Analysis (FIA) data to describe forest conditions, ownership, and management scenarios, and is oriented towards providing regulators and other interested parties with an objective comparison of the options, uncertainties, and opportunities available to offset GHG emissions through forest management. Chapters focus on the protocols for recognizing forest carbon offsets in the California carbon cap-and-trade program, as described in the Compliance Offset Protocol; U.S. Forest Projects (California Air Resources Board, 2011). Readers will discover the protocols used for quantifying the offset of GHG emissions through forest-related project activity. As such, its scope includes a review of the current methods used in voluntary and compliance forest protocols, an evaluation of the metrics used to assign baselines and determine additionality in the forest offset protocols, an examination of key quantitative and qualitative components and assumptions, and a discussion of opportunities for modifying forest offset protocols, in light of the rapidly changing GHG-related policy and regulatory environment. Finally, the report also discusses accounting and policy issues that create potential barriers to participation in the California cap-and-trade program, and overall programmatic additionality in addressing the needs of a mitigation strategy.

Anthropogenic Climate Change is one of the biggest challenges of the 21st century and receives more and more international awareness. The central instruments to counter climate change are emissions trading schemes (ETS) to cover GHG emissions. To increase efficiency and to ensure global reduction of emissions damaging to the climate, an international emissions trading scheme would be a rational choice. To establish such a global scheme, political decision makers could follow a bottom-up-approach by linking already existing ETS with each other. The book investigates such linkings of emissions trading schemes, which provide many benefits for the linking partners. As experience shows, although the number of schemes increased in the last decade, only a few linkings were established. Thus, the book answers the question, if and which conditions for states exist to link their emissions trading schemes. .

The announcement by China that it will implement a national emissions trading scheme confirms the status of this instrument as the pre-eminent policy choice for mitigating climate change. China will join the dozens of existing and emerging schemes around the world - from the EU to California, South Korea to New Zealand - that use carbon units (otherwise known as emissions permits or carbon credits) to trade in greenhouse gas emissions in a multi-billion dollar global carbon market. However, to date, there has been no consensus about this pre-eminent policy instrument being regulated by international economic law through the World Trade Organization, international investment agreements, and free trade agreements. Munro addresses this issue by evaluating whether carbon units qualify as 'goods', 'services', 'financial services', and 'investments' under international economic law and showing how international economic law applies to emissions trading scheme in diverse and unexpected ways. Further, by engaging in a comparative assessment of schemes around the world, his book illustrates how and why all emissions trading schemes engage in various forms of violations of international economic law which would not, in most instances, be justified by environmental or other exceptions. In doing so, he demonstrates how such schemes can be designed or reformed in ways to ensure their future compliance.

Rapid economic development has been a boon to human well-being, but comes at a significant cost to the fertile soils, forests, coastal marshes, and farmland that support all life on earth. If ecosystems collapse, so eventually will human civilization. One solution is inclusive green growth--the efficient use of natural resources. Its genius lies in working with nature rather than against it. Green Growth That Works is the first practical guide to bring together pragmatic finance and policy tools that can make investment in natural capital both attractive and commonplace. Pioneered by leading scholars from the Natural Capital Project, this valuable compendium of proven techniques can guide agencies and organizations eager to make green growth work anywhere in the world.

This project breaks disciplinary silos by bringing those who work in climate finance and policy together with development scholars and practitioners to share lessons, understanding, and research with an overall goal of making a contribution to the climate change field so that those at the community level benefit from the multitude of programmes designed for climate impacts. For some 70 years, International Development specialists have been developing programs and delivering funds to those who most need assistance. There is a wealth of knowledge to be uncovered by examining the international development industry for those who are now tasked with delivering climate finance. The academic, policy, and practitioner communities have spent decades researching, examining, and analyzing both development policies and finance independent of each. This volume will seek to bring that research together.

Crop, livestock, and forestry productions systems are important sources and sinks of greenhouses gases, but estimates of the magnitude of gas fluxes are more uncertain than those for other economic sectors such as transportation and electricity generation. Recent improvements in process-level un-derstanding, modeling software, and observational data used for model testing have increased the accuracy of model predictions, but substantial uncertainty remains, particularly regarding the potential for different management practices to mitigate emissions. The chapters in this volume demonstrate that both simple methods and complex models have strengths and limitations depending on stake-holder interest, scale of application, and other factors. Future improvement can be facilitated by or-ganizing model input and testing data into web-accessible databases and by making model algorithms more available and transparent.