Plants Rule! Harnessing the Sun for a Negative-Carbon Bio-economy

Agriculture/Food Processing Residues nonfield crop, BioRefineries/Renewable Fuel Production, Business News/Analysis, Carbon Capture/Storage/Use, Farming/Growing, Feedstock, Feedstocks, Field/Orchard/Plantation Crops/Residues, Funding/Financing/Investing, Infrastructure, Methane/Biogas, Not Agriculture, Opinions, Other Conferences/Events, Pennsylvania, Policy, Presentations, R & D Focus, Sustainability

October 23, 2020

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(Mid-Atlantic Renewable Energy Association) … Among the Carbon-negative (and climate positive) solutions, those based on photosynthesis are by far the cheapest and most scalable options now, and likely for many decades to come. Properly implemented, these solutions can also provide many other benefits, including clean water, bio-diverse landscapes, healthy soil and healthier communities. Achieving these benefits can reinvigorate rural economies, while strengthening our urban regions as well, especially right here in Pennsylvania, where we have ample assets and opportunities.

Tom Richard, PhD, Penn State Professor of Biological Engineering and Director of PSU Institutes of Energy and the Environment, shares the importance of biological processes in reaching a Carbon-negative future and what is needed to reverse our already excessive concentration of Carbon Dioxide in our atmosphere (as promoted in Project Drawdown). Dr. Richard will review a range of photosynthesis-based climate solutions, including regenerative agriculture, food waste reduction and recycling, sustainable forestry and biomaterials, and bioenergy including renewable natural gas. While this range of solutions is large and diverse, they share a common set of principles that broadly apply to the imperative of building a sustainable carbon negative bio-economy: Plant Rules! READ MORE WATCH VIDEO

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Global patterns and climatic controls of belowground net carbon fixation (Proceedings of the National Academy of Science)

Out of this world: Photosynthesis measured from space — Research team develops model to accurately calculate gross primary productivity (GPP) in bioenergy crops using satellite data. (Science Daily)

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