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The IAI report for 2009-2010 highlights a transition toward active science communication and synthesis, despite severe financial crises caused by member state payment arrears. Scientific achievements include regional climate modeling for South American megacities, analysis of carbon loss in the La Plata Basin, and studies on Andean biodiversity and tropical cyclones. The institute also focused on capacity building through training institutes in Costa Rica, Argentina, and Chile, while managing critical infrastructure needs and diplomatic relations with host country Brazil.

The report analyzes how the Canadian agricultural sector can contribute to greenhouse gas reductions and the economic implications of emerging climate policies. It highlights the potential for carbon sequestration in soils and the role of bioenergy, while discussing the complexities of implementing a national cap-and-trade system. Key concerns include the integrity of agricultural offsets, the risk of carbon reversal, and the impact of international trade rules and U.S. policy alignment on Canadian competitiveness.

The SACC consortium studies the physical and biogeochemical exchanges between the deep ocean and the Patagonian shelf to improve global carbon models and understand marine biodiversity. Initial results indicate that the Patagonia shelf absorbs approximately 17 Tg C yr-1 and that the shelf break fishery, representing 3% of global production, shows signs of overfishing. The project also emphasizes the role of freshwater input from the Rio de la Plata and Patos Lagoon in the Southwest Atlantic ecosystem and supports the BioMare fishery and oceanographic information system.

The document analyzes the challenges facing the U.S. advanced biofuels industry, including the 'valley of death' between pilot projects and commercialization, volatile petroleum prices, and regulatory uncertainties. It argues that while the federal government provides essential broad-scale support, state governments are uniquely positioned to guide the industry by leveraging local geography and resources. The report proposes ten specific policy options for states, ranging from resource inventorying and sustainable feedstock guidelines to the implementation of low carbon fuel standards and interagency cooperation, highlighting examples from states like California, Oregon, and Tennessee.

The DiverSus Collaborative Research Network investigates the relationship between land cover change, functional biodiversity, and ecosystem services. The project aims to create a conceptual framework and empirical tools to assist land-use decisions by linking ecological data—such as carbon sequestration and nutrient cycling—with the livelihoods of social actors. Initial work includes case studies in Alaska, Costa Rica, Brazil, Bolivia, and Argentina, focusing on measuring functional trait values of dominant species and conducting social surveys to identify ecosystem services.

The project investigates the trade-offs between agricultural expansion and ecosystem services in the Rio de la Plata Basin, finding that crop expansion has significantly reduced soil carbon and that certain afforestation efforts have negatively impacted regional hydrology and water yield.

The document describes a specific oceanographic mechanism on the Patagonian shelf where deep ocean currents force nutrient-rich cold water to the surface. This process, unlike wind-driven upwelling, remains active year-round, sustaining a vast food chain including phytoplankton, hake, and squid, and contributing to the ocean's role as a carbon sink. The influence of this system extends northward, fertilizing waters as far as Brazil.

The Patagonian shelf upwelling is a unique system driven by deep sea currents and bottom topography rather than wind, providing a year-round supply of nutrients that supports major fisheries and carbon sequestration in the South Atlantic.

The document argues that the degradation of ecosystem services—approximately 60 per cent of those examined by the Millennium Ecosystem Assessment—poses a significant barrier to eradicating hunger and poverty. It specifically highlights how air pollutants like ground-level ozone threaten crop yields in South Asia, how slow progress in energy access in sub-Saharan Africa and developing Asia may lead to increased forest clearing, and how uncontrolled pesticide use in Southeast Asia risks the health of farmers and the supply of wild foods. The brief recommends integrated pest management, stricter chemical legislation, and pro-poor energy policies to mitigate these environmental pressures.

The report assesses three primary stressors—air pollution, energy generation, and pesticides—and their capacity to degrade ecosystem services like crop production, pollination, and nutrient cycling. It argues that these pressures create significant barriers to achieving MDG 1, particularly in South Asia and Sub-Saharan Africa. The analysis highlights that while universal modern energy access is financially feasible and would reduce ecosystem pressure, current trends in air pollution and uncontrolled pesticide use pose severe risks to food security and biodiversity.

The paper contends that current economic and political models fail to value ecosystems, which are critical for both climate mitigation and adaptation. It argues that climate stabilisation requires a three-way balance between human-induced emissions, natural ecosystem emissions, and the absorptive capacity of global ecosystems. Because ecosystem absorptive capacity is declining by approximately 1% per decade, the authors propose a radical change that places ecosystem conservation at the heart of decision-making, serving as a 'safety net' against failures in human emission reductions. The document recommends four strategies—political commitment, investment, incentives, and information—and urges policymakers to integrate ecosystem-based adaptation and mitigation into international frameworks like the UNFCCC and national plans such as NAMAs and NAPAs.

The author posits that improved forest management is a "no regrets" strategy that simultaneously addresses immediate vulnerabilities—such as floods and droughts—and long-term climate risks through carbon sequestration. While ecosystem-based adaptation can be a cost-effective alternative to hard infrastructure, the author warns that protecting forests may create trade-offs for local communities. The document suggests using REDD+ mechanisms to finance protection in high-carbon forests while reserving other adaptation funds for low-carbon areas, such as sub-Saharan Africa. Finally, it emphasizes that overcoming poor governance and establishing democratic public participation are essential to implementing these strategies.

The document examines the intersection of environmental governance and climate change in Africa, highlighting the continent's high vulnerability due to low adaptive capacity and 'multiple stresses'. It analyzes specific case studies on land degradation and gender in Uganda, informal institutions in the Lake Victoria Basin, and renewable energy policies in Nigeria and Uganda. It further critiques the Clean Development Mechanism (CDM) from an African perspective, suggesting reforms to increase participation and sustainable development. Finally, it argues for a human rights-based approach to climate mitigation and adaptation to protect the most vulnerable populations.

The document outlines a comprehensive framework for accelerating campus climate initiatives, focusing on five key areas: climate action planning, buildings and utilities, renewable energy, transportation, and carbon offsets. It emphasizes 'whole-system thinking' and 'integrative design' to achieve deep energy savings and carbon reductions more cost-effectively than incremental improvements. The guide addresses common barriers such as insufficient capital, lack of technical expertise, and institutional resistance, offering specific financial tools like Revolving Loan Funds and Energy Performance Contracting. It also provides case studies from various U.S. institutions to illustrate successful implementation of energy-efficient retrofits, renewable energy installations, and sustainable transportation programs.

Amory B. Lovins critiques Stewart Brand's advocacy for nuclear power, asserting that nuclear energy is economically uncompetitive and slower to deploy than decentralized renewables and efficiency measures. Lovins argues that nuclear power's high capital costs and financial risks make it a poor investment for climate protection, noting that it saves significantly less carbon per dollar and is deployed much slower than alternatives. He refutes claims regarding the necessity of 'baseload' power, the land-use footprint of renewables, and the need for a diverse energy portfolio that includes nuclear power, concluding that the technology's failure to attract private equity in the U.S. demonstrates its lack of market viability.

The document compares U.S. EPA Climate Leaders’ offset protocols for landfill methane, manure digesters, and afforestation with those of the Clean Development Mechanism (CDM), Regional Greenhouse Gas Initiative (RGGI), California Climate Action Registry (CCAR), and Chicago Climate Exchange (CCX). It emphasizes that protocols are essential for defining eligibility and quantification, which in turn drives project development and ensures the credibility of offset markets.

The document argues that integrated organic farming systems, which combine crop rotation with low chemical inputs, are more effective at sequestering soil carbon than conventional chemical-intensive systems. It specifically challenges the long-held belief that no-till practices are superior for carbon sequestration, citing recent research indicating that no-till may only increase carbon at shallow depths while plowed soils often sequester more carbon at greater depths.

The Union of Concerned Scientists outlines ten reasons to reduce tropical deforestation, noting that it accounts for approximately 10 percent of global warming pollution. The document asserts that reducing these emissions is more cost-effective than reducing industrial fossil fuel emissions and can be achieved with a global investment of $20 billion per year to cut emissions in half by 2020. It highlights the role of tropical forests in carbon sequestration and biodiversity protection, while citing progress in Brazil and Indonesia as evidence that solutions are viable.

The report contends that the Asian Development Bank (ADB) contributes to climate change and increases the vulnerability of communities in the Asia Pacific region. It highlights a contradiction between the ADB's stated climate goals and its continued funding of coal power plants and projects that cause deforestation. Through case studies in Sri Lanka, Indonesia, and Bangladesh, the document demonstrates how ADB-funded infrastructure and aquaculture projects have led to the destruction of mangroves and forests, increased flooding, and the displacement of local populations. The report concludes that the ADB lacks effective climate impact assessments and calls for the institution to recognize its 'climate debt' and stop supporting fossil fuel projects.

The report argues that woody biomass is a low-carbon substitute for fossil fuels that can support forest health and rural economies if managed sustainably. It identifies high harvesting and transport costs, a lack of site-specific scientific data, and public distrust of federal land management as primary barriers. The author recommends technology-neutral energy incentives, the establishment of national environmental indicators, and the use of collaborative, multi-stakeholder frameworks to ensure biomass harvesting complements ecological restoration and biodiversity conservation.