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BCarbon Begins Joint Research Project on Soil Carbon Sequestration with ExxonMobil Research and Engineering Company

February 3, 2022 by Dixon Water Foundation

Project involves 20,000 acres of public and private grasslands.

February 3, 2022

BCarbon and ExxonMobil Research and Engineering Company (EMRE) will begin a three-year study of nature-based carbon sequestration potential in association with the King Ranch, the EXELL Cattle Company, the Clark Farm, the Dixon Water Foundation, the North Dakota Department of Trust Lands, the New Mexico Department of Agriculture, and the New Mexico State Land Office.

The research will measure variation in carbon sequestration rates between tallgrass, shortgrass, and Texas coastal prairie ecosystems across a variety of climate and soil conditions as well as quantify range management impacts on water and biodiversity. Other key capacity and cost issues will be studied, including new measurement technologies and regional soil carbon analysis infrastructure including data analytics, laboratories, education, and training.

BCarbon is a non-profit carbon credit certification organization based in Houston, Texas that was created in 2020 by a diverse stakeholder group sponsored by the Center for Energy Studies at Rice University’s Baker Institute for Public Policy.

Jim Blackburn, CEO of BCarbon said, “Nature-based systems have the potential to significantly reduce our carbon footprint as well as provide far greater resilience for floods and droughts. This is the kind of real-world collaboration we believe will produce lasting results. And make no mistake about it – we are looking to create lasting results on climate, ecology and economics.”

Robert Hodgen, President and CEO of King Ranch, Inc. stated, “This project aligns with several of our core values including innovation, sustainability and support of rural communities. Our team is excited to collaborate with BCarbon and EMRE in this important project to define the natural carbon sequestration capacity of ranchlands across the country.”

Land Commissioner Jodi Smith with the North Dakota Department of Trust Lands added, “The Department manages over 700,000 surface acres of trust lands to provide funds for public schools and other public institutions. Managing these lands to naturally store more carbon could be important for the future funding of public education in North Dakota, and for meeting the state’s goal of carbon neutrality by 2030; however, we need the research to help us plan more effectively.”

Julie Maitland, Division Director for Agricultural Programs and Resources at the New Mexico Department of Agriculture said, “New Mexico is leading important efforts in climate change. Understanding how soil carbon might offer both climate solutions and important new economic revenue streams to our rural areas is critical to our long-term strategy.”

Will Barnes, Deputy Director of the Surface Resources Division of the New Mexico State Land Office added that, “working with state land agricultural lessees to conduct this kind of world class scientific research is vitally important to the protection of resilient rangelands and rural economies in New Mexico and helps the Commissioner’s efforts to create new diverse revenue streams on behalf of New Mexico public schools, universities and hospitals.”

Robert Potts, President of the Dixon Water Foundation offered, “We have supported our own research into soil carbon in the past. We know it occurs. We are very pleased to have a chance to extend our knowledge to areas like our Marfa, Texas ranching operations in drier climates where soil carbon accumulation will be more challenging.”

Dr. H.C. Clark, Owner of the Clark Farm in Texas, appreciates being part of this research project stating, “I’ve been reading about this potential soil carbon market for several years and am excited to be a part of the development of science-based research to help make better-informed decisions.”

“ExxonMobil’s continued investment in R&D plays an important role in developing breakthrough solutions aimed at reducing greenhouse gas emissions intensity across our businesses,” said Vijay Swarup, Vice President of Research and Development at ExxonMobil. “This collaboration with BCarbon is designed to study the nature-based carbon sequestration potential in grasslands in multiple states, with the potential to be deployed on and around ExxonMobil operations.”

The project will be underway as of January 15th , 2022, and research updates will be posted here regularly. For further information, contact Jim Blackburn, CEO and Chairman of the Board for BCarbon, at blackbur@rice.edu.

View full press release here.

Filed Under: News & Events, Press Releases, Recent News Tagged With: carbon sequestration, grasslands, research, soil

Baker Institute-led group to develop nationwide protocol for storing carbon

December 4, 2019 by Dixon Water Foundation

Credit: 123RF.com/Rice University

HOUSTON — (Dec. 3, 2019) – Rice University’s Baker Institute for Public Policy has initiated a working group to develop a United States protocol for paying ranchers and farmers to store carbon in their soil. The current system for voluntary carbon transactions is broken and needs to be fixed, group founders said.

The group is co-led by attorney Jim Blackburn, a professor in the practice of environmental law at Rice, Baker Institute Rice Faculty Scholar and co-director of the university’s Severe Storm Prediction, Education and Evacuation from Disasters Center (SSPEED), and Kenneth Medlock, the James A. Baker III and Susan G. Baker Fellow in Energy and Resource Economics and senior director of the Center for Energy Studies at the Baker Institute. Robin Rather, CEO of Austin-based Collective Strength, is the group’s facilitator.

Most accepted carbon transactions in the world today occur based on standards that originated from the Clean Development Mechanism of the Kyoto Protocol to the United Nations Framework Convention on Climate Change. These standards impose significant and unnecessary impediments to U.S. landowners, so few or no transactions actually happen, Blackburn said.

“We formed this group out of necessity,” Blackburn said. “While there are specifics of the existing standards that are useful, an overall new approach is needed, and the Baker Institute was willing to act as our host in convening this working group. We have assembled a diverse group that I feel sure will develop an excellent, defensible concept.”

There are many ranchers and farmers in the southwestern and central U.S. whose land has substantial potential to remove carbon dioxide from the atmosphere, according to the working group. However, they are being kept from participating by the current standards for voluntary carbon trading — standards that were not developed to optimize carbon storage in the soil, the group said. The need for a defensible new standard has led to the formation of the group, Blackburn said.

“This protocol is intended to enable a market system for the voluntary trading of carbon removal and storage in the soil,” Medlock said. “This is an exciting idea that has the potential to add a scalable alternative into the portfolio of companies looking to reduce their carbon footprint.”

Natural photosynthesis removes carbon dioxide from the atmosphere and stores it in the wood of trees and the soil of the country’s prairies and coastal marshes and soils of agricultural lands. “In the United States, the potential exists for the removal of 1 to 2 billion tons of carbon dioxide or more by these natural systems, yet to our knowledge, only one grassland project has been approved in the U.S. for carbon sales,” Blackburn said. “As we move toward attempting to avoid, minimize and remove the U.S.’s 7-billion-ton carbon dioxide footprint from the atmosphere, we are going to need a range of alternatives that remove and store carbon.”

Through carbon farming, farmers and ranchers could reap an additional source of cash flow, one that also would help restore native ecological systems that would generate fish and wildlife benefits, according to the working group. Additionally, industries and businesses that emit carbon dioxide will be provided with a scalable and affordable carbon dioxide removal process. “If enabled, this system will be a win-win on many levels,” Blackburn said.

Over the next several months, the working group will convene to discuss topics such as general principles of eligibility, measurement protocols and buyer needs. The goal is to develop a set of principles for these transactions that will be endorsed by the diverse group of 45 stakeholders from nongovernmental organizations, governmental entities, Native American nations, corporations, universities and consulting firms.

The 45 stakeholders include but are not limited to experts from Gensler Inc., King Ranch Inc., the Nature Conservancy, Audubon Texas, Applied Ecological Services Inc., Texas Parks and Wildlife,  the Texas Coastal Exchange, the New Mexico Department of Agriculture, GSI Environmental Inc., Texan By Nature, the USDA Natural Resources Conservation Service, the Lone Star Coastal Alliance, the Quivira Coalition, Sprint Waste Services, the Dixon Water Foundation, Climate Action Texas, the Cynthia and George Mitchell Foundation, Valero Energy Corp., the U.S. Business Council for Sustainable Development, the U.S. Environmental Protection Agency, America’s Wetland Foundation, the Soil Value Exchange, the Western Landowners Alliance, Batker Consulting, the Meadows Foundation and the Savory Institute, as well as the Baker Institute, the SSPEED Center, Rice’s Energy and Environment Initiative and Earth sciences department, and several subject matter experts.

When completed, the working group’s concept will be available and open to anyone who wants to buy or sell carbon.

Jeff Falk
713-348-6775
jfalk@rice.edu 

Filed Under: News & Events, Press Releases, Recent News Tagged With: carbon sequestration, carbon storing, carbon transactions, soil health

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The Dixon Water Foundation promotes healthy watersheds through sustainable land management to ensure that future generations have the water resources they need.
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