Soils This compendium is, if nothing else, a testament to the key role soils must play if we are to preserve life on earth through the anthropocene. Soils, the engine of every terrestrial ecosystem, are themselves wildly diverse subterranean ecosystems providing habitat to countless trillions of micro- and macro-organisms. These organisms themselves create the soil…

Water and vegetation are climate heroes, co-starring in a story about as old as terrestrial life on Earth yet under-recognized in mainstream climate politics. Not only does the vegetation embedded in ecosystems act as a giant CO2-absorption machine, constantly removing the greenhouse gas from the air and storing much of it in soil and biomass,…

Evapotranspiration – A Driving Force in Landscape Sustainability, Eiseltová 2012 Vegetation cover cools Earth when it intercepts the sun’s energy. This is not just by providing shade, but also through evapotranspiration, which is how plants regulate their own internal temperatures. For a plant … transpiration[5] is a necessity by which a plant maintains its inner environment…

The industrialization that has built today’s splendid high-tech cities isolated us from the land and water sources of the materials fueling this progress. Our cities scarcely reveal that the oxygen we breathe, the food we eat, the purification of waters, and to some extent the bucolic weather patterns we have long relished have been gifts…

Beneath every field lies an ecosystem at work. The Living Soil explores how Andhra Pradesh Community-Managed Natural Farming (APCNF) is putting that idea into practice at remarkable scale—farming without synthetic fertilizers or processed external inputs by working instead with soil biology, diverse crops, living roots, fungi, microbes, insects, and natural nutrient cycles. Written by Pavan Kumar Muntha with editorial support from Bio4Climate’s Economics Working Group, the article examines the science behind this approach and asks a fundamental question: What becomes possible when we stop treating soil as a passive growing medium and begin working with it as a living system? From year-round green cover and microbial networks to water retention, nutrient cycling, biodiversity, and climate resilience, the article offers a detailed look at agriculture designed to regenerate the ecological processes on which food production ultimately depends.

The following articles were selected and summarized by Bio4Climate’s Compendium editors and writers. The purpose of this collection is to highlight the scientific evidence and argumentation showing healthy restored and protected ecosystems as a powerful (albeit under-recognized) tool for managing the weather extremes wrought by climate change.   Floodplains and wetlands: making space for water…

After hosting a successful series of courses on Biodiversity and Symbiosis with staff scientist and restoration ecologist Jim Laurie, we at Biodiversity for a Livable Climate have recognized the need for a larger curriculum on ecosystem restoration, nature-based solutions to climate change, and the transformations required for our civilization to navigate the challenges ahead of…

Global change and the ecology of cities, Grimm et al. 2008 Whereas just 10 percent of people lived in cities in 1900, now more than half the global population is urban and that proportion continues to grow. Cities occupy less than 3% of the Earth’s land surface, but generate 78% of global CO2 emissions and…

Understanding what makes forests thrive is important in light of mounting calls for reforestation and forest conservation as antidotes both to species loss and climate breakdown. Moreover, distinguishing between natural forest regeneration and timber plantations is critical to achieving intended goals. Intact forests, and especially tropical forests, sequester twice as much carbon as planted monocultures.…

Cultivated land covers 1.6 billion hectares globally [FAO 2011]. About 62% of cropland produces food directly for human consumption, while 35% is dedicated to producing animal feed, and 3% to biofuel feedstock, seed and other industrial products [Foley 2011: 338]. Agriculture is a major source of emissions of carbon dioxide (CO2), methane (CH4) and nitrous…

Many of our events are recorded. You can find links below. If you can’t find what you are looking for, you might find it on our Announcements page, or try the search box above. Our events can also be found on our Life Saves the Planet series on the GBH Forum Network and our Meetup.…

Restoring natural forests is the best way to remove atmospheric carbon, Lewis et al. 2019 In order to keep global warming under the 1.5C threshold, the IPCC warns that not only must we cut carbon emissions nearly in half by 2030, we must also draw massive amounts of CO2 out of the atmosphere. The Intergovernmental…

Most of what you hear climate activists talk about when it comes to beef or cows is methane. Methane is a greenhouse gas and cows emit methane as part of their digestion process. What you don't hear is that this is primarily a problem of the commercial cattle industry and that nature has an ingenious way of balancing this methane production. Learn about this natural system and how cattle can be managed as part of eco-restoration and climate mitigation.

Agricultural production must produce enough food for almost 10 billion people by 2050 [FAO 2017],[10] and yet a third of all land is degraded [FAO 2015] and nearly all agricultural land has lost significant amounts of SOC (Soil Organic Carbon). So we have a puzzle to solve: how to produce more from less, and in the face…

Natural climate solutions, Griscom 2017 This is one of the most comprehensive mainstream studies to date of a broad spectrum of natural climate solutions by thirty-two co-authors and supported by The Nature Conservancy. The report examines “20 conservation, restoration, and/or improved land management actions that increase carbon storage and/or avoid greenhouse gas emissions across global…

Based on widely accepted scientific measurements, global emissions reduction efforts, while essential, have not succeeded in reducing levels of atmospheric greenhouse gases. The annual rate of carbon released into the atmosphere is accelerating (for many reasons which need not be discussed here). Reducing emissions and building out alternative energy are necessary but insufficient to address…

Cool A Quick Summary Nature plays a pivotal role in cooling the Earth, with plants being central to this process. Through transpiration, they release water vapor, which cools the air and aids in cloud formation. This mechanism is crucial in countering the urban heat island effect, where non-vegetated areas like cities absorb more heat. Water…

Advisory Board David Ellison, Ph.D. Dr. David Ellison is a leading climate and forest science researcher whose work focuses on the interactions between forests, water cycles, energy fluxes, and the global climate system. He is a Senior Researcher affiliated with the Swedish University of Agricultural Sciences (SLU – Umeå) and an independent expert on forest-dynamics,…

HYDRATE: The Role of Water Key Concepts Water is how the earth cools itself. But the planet is drying out. Not just as a result of global warming but also: Small Water Cycle Biodiversity makes it work through infiltration and transpiration. It ensures water regulation, reduces desertification, pollution, drought, flooding, and mitigates urban heat islands,…

In June, Bio4Climate Science Communications Intern Adrianna Drindak attended a congressional briefing in Washington, D.C., by The Environmental and Energy Study Institute (EESI) and the Federation of American Scientists about how federal policies can bolster resilience to extreme heat at the state and community level, centered on the Federation of American Scientists’ 2025 Heat Policy Agenda.

What cute creature is an underground architect and an amateur meteorologist? The Groundhog!