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This Farm Bill Really Matters. We Explain Why.

News Feed
Monday, March 20, 2023

A version of this article originally appeared in The Deep Dish, our members-only newsletter. Become a member today and get the next issue directly in your inbox. In Wichita, Kansas, Donna Pearson McClish, founder of Common Ground Producers and Growers, uses a “mobile food hub” model to move fresh food from local farms—both urban and rural—to low-income residents. Many use Supplemental Nutrition Assistance Program (SNAP) benefits and market vouchers to stretch their dollars, she explained at the “Food Not Feed Summit” in early February. In 2020, Common Ground received just under $300,000 from the U.S. Department of Agriculture (USDA) to train entrepreneurs to grow and distribute food in low-income areas. In 2022, the organization partnered with the Kansas Rural Center to create a bigger food hub that will distribute local food in 12 counties along the interstate that runs from Wichita to Salina. That project will be funded by a larger $500,000 USDA grant. These efforts to feed people and distribute more local food in small but impactful ways are important to the state’s food system, yet they’re dwarfed by the scale of commodity farming in Kansas. In fact, between 1995 and 2021, the USDA also sent more than $15 billion to wheat, sorghum, and corn farmers to continue producing commodities and $3 billion in payments to encourage conservation practices on those same farms. This funding—and the system it shapes—is determined by the federal farm bill, authorized by Congress every five years. Now, D.C. is abuzz with the start of 2023 negotiations, and Pearson McClish is one of many farmers and food advocates who are clamoring for change. At the summit, she likened the food system to critical infrastructure such as bridges and roads. “Food has to be a policy issue, not a profit issue,” she said. Over the course of this year, Civil Eats will report on a number of specific aspects of this important legislation. For starters, here’s an overview of the 2023 Farm Bill. What Is the Farm Bill? The enormous bill, which the Congressional Budget Office predicts will cost about $700 billion over the next five years, is about both policy and profit. Depending on the year, the super-sized spending bill consists of about a dozen sections, called titles. The largest titles authorize spending on SNAP benefits, subsidy payments for commodity farmers, crop insurance, and conservation programs. Agriculture Committees in the House and Senate hold hearings, negotiate, and then write drafts of the bill that eventually need to be reconciled into one. Usually, the bill is referred to as “zero sum,” which means lawmakers have a set amount of money to work with. That can lead to tense negotiations, especially now, when Democrats control the Senate and Republicans control the House, with new procedural rules demanded by a group of far-right lawmakers. What Will This Year’s Process Look Like? Some past farm bill cycles have taken years, and some think this one will, too. But many insiders say the evidence points toward swift negotiations and passage. GOP lawmakers typically spend time advocating for cuts to SNAP and stringent work requirements—and that effort has already begun—but newly appointed House Agriculture Chairman G.T. Thompson (R-Pennsylvania) has pushed back on some of his fellow Republicans’ rhetoric and expressed openness to climate-ag programs he once railed against. “Food has to be a policy issue, not a profit issue.” ~ Donna Pearson McClish Meanwhile, veteran Senate Agriculture Chairwoman Debbie Stabenow announced that she will not seek reelection next year; with this as her last farm bill cycle, she will likely up the ante on passing a farm bill that cements her legacy. “She’s going to do everything in her power—and she has a lot of power—to try to get it done,” said Ferd Hoefner, an agricultural policy strategist and consultant who has worked on nine previous farm bills. And the leadership recently announced that drafts of marker bills, the small bills that are used to create language to be added to the larger package, are due in mid-March (although that deadline may be extended). Whatever happens politically, it’s worth understanding what’s at stake beyond the negotiations and lobbying in D.C., and what the outcome of this policy process could mean for farmers and eaters alike, especially at a time when the climate crisis and food insecurity are both urgent issues. Will the Farm Bill’s Hunger Provisions Meet the Growing Need? For the past month, food pantries in many parts of the country have been rushing to prepare for what they anticipate will be a surge in demand. After a dip in 2021, the number of families who reported “sometimes” or “often” not having enough to eat rose gradually throughout 2022. Now, pandemic-related bumps in SNAP benefits have officially ended, with food prices still much higher than normal. Meanwhile, in Washington, Senator John Boozman (R-Arkansas), the highest-ranking Republican on the Senate Agriculture Committee, began the first hearing on nutrition programs in the 2023 Farm Bill by chiding the USDA for its 2021 update to the Thrifty Food Plan, which increased benefits based on the rise in food prices over time. It’s the one recent increase that won’t expire, but Boozman said it brought SNAP spending up to “levels that are unsustainable.” In the coming months, that tension between not enough and too much aid for hungry Americans will almost certainly resurface: Hunger groups will be fighting for expansions to SNAP that Democrats generally support, while many Republicans will sound alarms about the current cost and push for stricter eligibility requirements. Last week, House Republicans introduced their first bill which would make more SNAP recipients subject to work requirements. SNAP is the largest program authorized by the farm bill, and it is expensive: In 2018, it accounted for 75 percent of the projected $428 billion in farm bill spending between 2019 and 2023, and the Congressional Budget Office recently estimated costs will rise 8.4 percent over the next 10 years. But SNAP’s proportion of the farm bill pie is so large because 40 million people participate annually. By comparison, commodity programs receive 7 percent of funding, but over the past five years only served an average of 850,000 farmers each year. Average commodity payments are in the tens of thousands of dollars, and some farms get them continuously for decades. A recent EWG analysis found one subset of larger farms had each received tens of millions of dollars since 1985. In the last few farm bill cycles, hunger groups focused on defending against cuts to SNAP, said Gina Plata-Nino, deputy director of SNAP at the Food Research Action Center (FRAC). This time around, especially since the pandemic exposed how close many people were living to the edge, she said, they want to do more. “This isn’t 2018. Our economy is not the same, and there are ways that people were impacted. We need to do better.” At the end of February, a coalition of 500 hunger and nutrition groups, including the American Academy of Pediatrics, the Center for Science in the Public Interest, and the American Heart Association, released its 2023 farm bill priorities. Its members say lawmakers should protect the Thrifty Food Plan update and expand eligibility for college students, veterans, and seniors. Will Farm Subsidies Continue to Flow to the Largest Farms? Commodity programs are the most straightforward form of “subsidies” in the farm bill. When the price of one of the handful of eligible commodity crops—corn, soy, wheat, cotton, rice, etc.—drops below a certain threshold, farmers receive a payment based on a formula. The system was meant to secure the food supply, so that farmers don’t give up planting crops when prices drop. Progressive groups like Farm Action and EWG have been hosting events like the Food Not Feed Summit to call attention to how commodity payments mainly subsidize crops that end up as animal feed, while also releasing data on how much of the money goes to large farms in lump sums. During the first Senate hearing on commodity programs, Chuck Grassley (R-Iowa)—a farm policy veteran who wields special influence due to his home state and seniority—used his time to lament the fact that the largest 10 percent of farmers receive the bulk of the money. That, he said, drives up land prices and prevents young and beginning farmers from accessing land, which is why he proposed “common sense” payment limits in 2018. “Instead, the previous farm bill was intentionally written to help the wealthiest farmers—even relatives with no direct connection to the land—receive unlimited subsidies from taxpayers,” he said, referencing a rule that was expanded in 2018 that allows more family members to claim they are “actively engaged” in farming, allowing multiple payments to single farms. But Grassley is an outlier on the issue, and despite the rhetoric, for many reasons—including the power of the agricultural lobby—commodity programs are unlikely to change much. Crop insurance, on the other hand, is getting more attention than ever, and there is more momentum in D.C. toward change. After the last farm bill cycle, crop insurance surpassed commodity payments in spending for the first time. Republican leaders like Thompson want to make it even stronger for farmers who are facing increasing losses due to climate change. And many groups support crop insurance reforms that would make it easier for more kinds of farms to get coverage. While 85 percent of corn, soybean, wheat, and cotton acres are covered by crop insurance policies, very few fruit and vegetable, diversified, and organic farms receive coverage. “The previous farm bill was intentionally written to help the wealthiest farmers—even relatives with no direct connection to the land—receive unlimited subsidies from taxpayers.” ~ Chuck Grassley (R–Iowa) The National Sustainable Agriculture Coalition (NSAC), which represents farm groups ranging from centrist to more progressive, has laid out a farm bill platform including reforms that would make crop insurance more accessible to those farmers. Its members especially want to make improvements to a kind of insurance that covers whole farms, rather than specific crops, and should work better for smaller, diversified farms that tend to operate within local markets. Finally, many policymakers and advocates are talking about ways to reward producers who use climate-smart and other environmentally friendly practices, since those practices could reduce the need for insurance. In late February, the Food and Climate Agriculture Alliance (FACA)—whose members include the American Farm Bureau Federation, the National Corn Growers’ Association, and several other agricultural groups that represent larger growers—announced its 2023 farm bill priorities. FACA’s platform proposes studying the relationship between crop insurance and climate-smart programs, while NSAC wants to stop crop insurance providers from penalizing farmers who are using conservation practices that might affect their immediate yields, among other reforms. Can Farm Bill Conservation Programs Address the Climate Crisis? While crop insurance could be linked to conservation for the first time this year, the farm bill has included stand-alone farm conservation programs since 1985. Today, the big three—the Conservation Reserve Program (CRP), Conservation Stewardship Program (CSP), and Environmental Quality Incentives Program (EQIP)—account for 7 percent of spending. At Open Book Farm in Middletown, Maryland, Mary Kathryn and Andrew Barnet used EQIP funding to plant pastures, install fencing, and build hoop houses as they transitioned a conventional dairy farm to a diversified operation with organic vegetable production and grazing animals. They used CRP funds to plant a buffer strip of trees and shrubs along their stream. Those types of practices can provide a wide range of benefits, from preventing the pollution of waterways to improving air quality and providing pollinator habitat. But during this cycle, climate will be at the center of nearly every conversation on conservation. When Congress passed the Inflation Reduction Act (IRA), it included a $20 billion bonus fund for conservation programs, specifically for climate-smart practices over the next five years. The USDA has already started rolling out that funding, but questions remain as to how it will play a role in the farm bill process. Nearly every farm group and food company has begun pushing a climate message, and their tone has built in urgency—for good reason. “Eventually, [climate] just becomes part of the landscape,” Hoefner said. For example, FACA’s platform included support for keeping IRA funding focused on climate, along with other recommendations to prioritize climate-smart practices within conservation programs. However, when NSAC’s member groups from around the country descended on D.C. for the “Farmers for Climate Action” rally on March 7, some of their demands were very different. NSAC’s members want to see lawmakers make it harder for concentrated animal feeding operations (CAFOs) to get conservation funding, for example, so more dollars go to the grazing systems they see as inherently more climate-friendly. They also want to secure more stringent payment limits in EQIP and CSP so that more, smaller payments can be made to smaller farms. NSAC’s members have also been big supporters of Congresswoman Chellie Pingree’s (D-Maine) Agriculture Resilience Act, a marker bill she plans to reintroduce soon. Will the Arc of History Bend Toward Localized Food Systems? In January, 4P Foods founder Tom McDougall took the stage at Future Harvest’s annual conference. The room was filled with Mid-Atlantic farmers, many young and from diverse backgrounds, growing vegetables and grains and grazing livestock for their regional markets. Two decades ago, the farm bill didn’t include anything that would have benefited them. Now, McDougall was there to talk about how 4P has used a Regional Food Systems Partnership (RFSP) grant of close to $1 million from the USDA to bring together a dozen local organizations to begin scaling up the area’s food system, with new trucks on the road, infrastructure, and technical assistance for growers and food hubs. “Can we demonstrate that we can create . . . a scalable and replicable model to transport local food around the region?” he asked the farmers, inviting their participation. RFSP was created as a new offering under the Local Agriculture Market Program (LAMP), newly formed by the 2018 Farm Bill to create an umbrella for local food programs. By creating that umbrella for the popular Value-Added Producer Grants, the Farmers Market Promotion Program, and RFSP, policymakers guaranteed permanent funding for all of the programs. It’s one example of how within small titles like Horticulture and Miscellaneous, the farm bill has slowly begun to impact some growers outside the commodity system. Since 2021, the Biden administration has also used money from the series of pandemic, infrastructure, and climate bills passed to boost funding for local and regional agriculture in several ways. “Those [grants] are one and done, unless something happens in this farm bill to carry it forward,” Hoefner said. And there’s good reason to think something will happen. For example, the USDA gave hundreds of millions of dollars to small-scale meat processors to expand capacity for smaller livestock operations over the last two years. And on February 8, a bipartisan group of lawmakers reintroduced the Strengthening Local Processing Act, a marker bill that would provide more permanent support to local meat processors. Similarly, last August, the USDA announced it would invest $300 million of American Rescue Plan funding into helping more farmers transition to organic production. Now, organic advocacy groups are pushing to codify that program in the upcoming farm bill. Other groups in this realm will also be looking to build on previous wins. Lawmakers combined the 2501 program, which provides assistance to underserved farmers, with a program that helps young and beginning farmers to create the Farming Opportunities Training and Outreach (FOTO) program to secure more funding in 2018. Groups including the National Young Farmers Coalition are asking lawmakers to continue to fund and expand opportunities within FOTO, while also pushing for the creation of a new program that would invest $2.5 billion into land access for young farmers. Meanwhile, tribal agriculture advocates are pushing to increase funding for the Federally Recognized Tribes Extension Program from $3 million to $30 million. That may sound like a big jump, but in the context of the farm bill, it’s a drop in the bucket. In the end, the farm bill funding going toward SNAP, commodity funds, and crop insurance will continue to dwarf everything else. And that fact can make it seem like the policy will generally support a business-as-usual approach to the food system. But Hoefner said that when you take the long view, it’s easy to see that the policies have evolved in incredibly impactful ways over time. Funding for projects like building regional food systems and assisting beginning and socially disadvantaged farmers wasn’t even on the table until the mid-‘90s; and conservation, which now accounts for $6 billion in spending each year, didn’t enter the picture until the mid-‘80s. “Whether you’re talking about Value-Added Producer Grants or socially disadvantaged farmers or specialty crop block grants,” he said, “these are real dollars having real effects.” Over the next several months, as negotiations progress, the picture of how this farm bill is likely to affect farmers and eaters for the next five years—and longer—will gradually come into focus. The post This Farm Bill Really Matters. We Explain Why. appeared first on Civil Eats.

A version of this article originally appeared in The Deep Dish, our members-only newsletter. Become a member today and get the next issue directly in your inbox. In 2020, Common Ground received just under $300,000 from the U.S. Department of Agriculture (USDA) to train entrepreneurs to grow and distribute food in low-income areas. In 2022, […] The post This Farm Bill Really Matters. We Explain Why. appeared first on Civil Eats.

A version of this article originally appeared in The Deep Dish, our members-only newsletter. Become a member today and get the next issue directly in your inbox.

In Wichita, Kansas, Donna Pearson McClish, founder of Common Ground Producers and Growers, uses a “mobile food hub” model to move fresh food from local farms—both urban and rural—to low-income residents. Many use Supplemental Nutrition Assistance Program (SNAP) benefits and market vouchers to stretch their dollars, she explained at the “Food Not Feed Summit” in early February.

In 2020, Common Ground received just under $300,000 from the U.S. Department of Agriculture (USDA) to train entrepreneurs to grow and distribute food in low-income areas. In 2022, the organization partnered with the Kansas Rural Center to create a bigger food hub that will distribute local food in 12 counties along the interstate that runs from Wichita to Salina. That project will be funded by a larger $500,000 USDA grant.

These efforts to feed people and distribute more local food in small but impactful ways are important to the state’s food system, yet they’re dwarfed by the scale of commodity farming in Kansas. In fact, between 1995 and 2021, the USDA also sent more than $15 billion to wheat, sorghum, and corn farmers to continue producing commodities and $3 billion in payments to encourage conservation practices on those same farms.

an illustration of the us capitol building with corn growing in front. (Illustration by Nhatt Nichols)

This funding—and the system it shapes—is determined by the federal farm bill, authorized by Congress every five years. Now, D.C. is abuzz with the start of 2023 negotiations, and Pearson McClish is one of many farmers and food advocates who are clamoring for change. At the summit, she likened the food system to critical infrastructure such as bridges and roads. “Food has to be a policy issue, not a profit issue,” she said.

Over the course of this year, Civil Eats will report on a number of specific aspects of this important legislation. For starters, here’s an overview of the 2023 Farm Bill.

What Is the Farm Bill?

The enormous bill, which the Congressional Budget Office predicts will cost about $700 billion over the next five years, is about both policy and profit. Depending on the year, the super-sized spending bill consists of about a dozen sections, called titles. The largest titles authorize spending on SNAP benefits, subsidy payments for commodity farmers, crop insurance, and conservation programs.

An illustrated pie chart that reads,

Agriculture Committees in the House and Senate hold hearings, negotiate, and then write drafts of the bill that eventually need to be reconciled into one. Usually, the bill is referred to as “zero sum,” which means lawmakers have a set amount of money to work with. That can lead to tense negotiations, especially now, when Democrats control the Senate and Republicans control the House, with new procedural rules demanded by a group of far-right lawmakers.

What Will This Year’s Process Look Like?

Some past farm bill cycles have taken years, and some think this one will, too. But many insiders say the evidence points toward swift negotiations and passage. GOP lawmakers typically spend time advocating for cuts to SNAP and stringent work requirements—and that effort has already begun—but newly appointed House Agriculture Chairman G.T. Thompson (R-Pennsylvania) has pushed back on some of his fellow Republicans’ rhetoric and expressed openness to climate-ag programs he once railed against.

“Food has to be a policy issue, not a profit issue.”
~ Donna Pearson McClish

Meanwhile, veteran Senate Agriculture Chairwoman Debbie Stabenow announced that she will not seek reelection next year; with this as her last farm bill cycle, she will likely up the ante on passing a farm bill that cements her legacy.

“She’s going to do everything in her power—and she has a lot of power—to try to get it done,” said Ferd Hoefner, an agricultural policy strategist and consultant who has worked on nine previous farm bills. And the leadership recently announced that drafts of marker bills, the small bills that are used to create language to be added to the larger package, are due in mid-March (although that deadline may be extended).

Whatever happens politically, it’s worth understanding what’s at stake beyond the negotiations and lobbying in D.C., and what the outcome of this policy process could mean for farmers and eaters alike, especially at a time when the climate crisis and food insecurity are both urgent issues.

Will the Farm Bill’s Hunger Provisions Meet the Growing Need?

For the past month, food pantries in many parts of the country have been rushing to prepare for what they anticipate will be a surge in demand. After a dip in 2021, the number of families who reported “sometimes” or “often” not having enough to eat rose gradually throughout 2022. Now, pandemic-related bumps in SNAP benefits have officially ended, with food prices still much higher than normal.

Meanwhile, in Washington, Senator John Boozman (R-Arkansas), the highest-ranking Republican on the Senate Agriculture Committee, began the first hearing on nutrition programs in the 2023 Farm Bill by chiding the USDA for its 2021 update to the Thrifty Food Plan, which increased benefits based on the rise in food prices over time. It’s the one recent increase that won’t expire, but Boozman said it brought SNAP spending up to “levels that are unsustainable.”

In the coming months, that tension between not enough and too much aid for hungry Americans will almost certainly resurface: Hunger groups will be fighting for expansions to SNAP that Democrats generally support, while many Republicans will sound alarms about the current cost and push for stricter eligibility requirements. Last week, House Republicans introduced their first bill which would make more SNAP recipients subject to work requirements.

A white woman holding a baby is buying groceries using her SNAP benefit on an EBT card. (Illustration by Nhatt Nichols)

SNAP is the largest program authorized by the farm bill, and it is expensive: In 2018, it accounted for 75 percent of the projected $428 billion in farm bill spending between 2019 and 2023, and the Congressional Budget Office recently estimated costs will rise 8.4 percent over the next 10 years. But SNAP’s proportion of the farm bill pie is so large because 40 million people participate annually.

By comparison, commodity programs receive 7 percent of funding, but over the past five years only served an average of 850,000 farmers each year. Average commodity payments are in the tens of thousands of dollars, and some farms get them continuously for decades. A recent EWG analysis found one subset of larger farms had each received tens of millions of dollars since 1985.

In the last few farm bill cycles, hunger groups focused on defending against cuts to SNAP, said Gina Plata-Nino, deputy director of SNAP at the Food Research Action Center (FRAC). This time around, especially since the pandemic exposed how close many people were living to the edge, she said, they want to do more. “This isn’t 2018. Our economy is not the same, and there are ways that people were impacted. We need to do better.”

At the end of February, a coalition of 500 hunger and nutrition groups, including the American Academy of Pediatrics, the Center for Science in the Public Interest, and the American Heart Association, released its 2023 farm bill priorities. Its members say lawmakers should protect the Thrifty Food Plan update and expand eligibility for college students, veterans, and seniors.

Will Farm Subsidies Continue to Flow to the Largest Farms?

Commodity programs are the most straightforward form of “subsidies” in the farm bill. When the price of one of the handful of eligible commodity crops—corn, soy, wheat, cotton, rice, etc.—drops below a certain threshold, farmers receive a payment based on a formula. The system was meant to secure the food supply, so that farmers don’t give up planting crops when prices drop.

Progressive groups like Farm Action and EWG have been hosting events like the Food Not Feed Summit to call attention to how commodity payments mainly subsidize crops that end up as animal feed, while also releasing data on how much of the money goes to large farms in lump sums.

An illustration reading

During the first Senate hearing on commodity programs, Chuck Grassley (R-Iowa)—a farm policy veteran who wields special influence due to his home state and seniority—used his time to lament the fact that the largest 10 percent of farmers receive the bulk of the money. That, he said, drives up land prices and prevents young and beginning farmers from accessing land, which is why he proposed “common sense” payment limits in 2018.

“Instead, the previous farm bill was intentionally written to help the wealthiest farmers—even relatives with no direct connection to the land—receive unlimited subsidies from taxpayers,” he said, referencing a rule that was expanded in 2018 that allows more family members to claim they are “actively engaged” in farming, allowing multiple payments to single farms.

But Grassley is an outlier on the issue, and despite the rhetoric, for many reasons—including the power of the agricultural lobby—commodity programs are unlikely to change much. Crop insurance, on the other hand, is getting more attention than ever, and there is more momentum in D.C. toward change. After the last farm bill cycle, crop insurance surpassed commodity payments in spending for the first time.

Republican leaders like Thompson want to make it even stronger for farmers who are facing increasing losses due to climate change. And many groups support crop insurance reforms that would make it easier for more kinds of farms to get coverage. While 85 percent of corn, soybean, wheat, and cotton acres are covered by crop insurance policies, very few fruit and vegetable, diversified, and organic farms receive coverage.

“The previous farm bill was intentionally written to help the wealthiest farmers—even relatives with no direct connection to the land—receive unlimited subsidies from taxpayers.”
~ Chuck Grassley (R–Iowa)

The National Sustainable Agriculture Coalition (NSAC), which represents farm groups ranging from centrist to more progressive, has laid out a farm bill platform including reforms that would make crop insurance more accessible to those farmers. Its members especially want to make improvements to a kind of insurance that covers whole farms, rather than specific crops, and should work better for smaller, diversified farms that tend to operate within local markets.

Finally, many policymakers and advocates are talking about ways to reward producers who use climate-smart and other environmentally friendly practices, since those practices could reduce the need for insurance. In late February, the Food and Climate Agriculture Alliance (FACA)—whose members include the American Farm Bureau Federation, the National Corn Growers’ Association, and several other agricultural groups that represent larger growers—announced its 2023 farm bill priorities. FACA’s platform proposes studying the relationship between crop insurance and climate-smart programs, while NSAC wants to stop crop insurance providers from penalizing farmers who are using conservation practices that might affect their immediate yields, among other reforms.

Can Farm Bill Conservation Programs Address the Climate Crisis?

While crop insurance could be linked to conservation for the first time this year, the farm bill has included stand-alone farm conservation programs since 1985. Today, the big three—the Conservation Reserve Program (CRP), Conservation Stewardship Program (CSP), and Environmental Quality Incentives Program (EQIP)—account for 7 percent of spending.

At Open Book Farm in Middletown, Maryland, Mary Kathryn and Andrew Barnet used EQIP funding to plant pastures, install fencing, and build hoop houses as they transitioned a conventional dairy farm to a diversified operation with organic vegetable production and grazing animals. They used CRP funds to plant a buffer strip of trees and shrubs along their stream.

Those types of practices can provide a wide range of benefits, from preventing the pollution of waterways to improving air quality and providing pollinator habitat. But during this cycle, climate will be at the center of nearly every conversation on conservation. When Congress passed the Inflation Reduction Act (IRA), it included a $20 billion bonus fund for conservation programs, specifically for climate-smart practices over the next five years. The USDA has already started rolling out that funding, but questions remain as to how it will play a role in the farm bill process.

An illustration of a black farmer standing in the field with a rooster perched next to him on a bale of hay. (Illustration by Nhatt Nichols)

Nearly every farm group and food company has begun pushing a climate message, and their tone has built in urgency—for good reason. “Eventually, [climate] just becomes part of the landscape,” Hoefner said. For example, FACA’s platform included support for keeping IRA funding focused on climate, along with other recommendations to prioritize climate-smart practices within conservation programs.

However, when NSAC’s member groups from around the country descended on D.C. for the “Farmers for Climate Action” rally on March 7, some of their demands were very different. NSAC’s members want to see lawmakers make it harder for concentrated animal feeding operations (CAFOs) to get conservation funding, for example, so more dollars go to the grazing systems they see as inherently more climate-friendly. They also want to secure more stringent payment limits in EQIP and CSP so that more, smaller payments can be made to smaller farms.

NSAC’s members have also been big supporters of Congresswoman Chellie Pingree’s (D-Maine) Agriculture Resilience Act, a marker bill she plans to reintroduce soon.

Will the Arc of History Bend Toward Localized Food Systems?

In January, 4P Foods founder Tom McDougall took the stage at Future Harvest’s annual conference. The room was filled with Mid-Atlantic farmers, many young and from diverse backgrounds, growing vegetables and grains and grazing livestock for their regional markets. Two decades ago, the farm bill didn’t include anything that would have benefited them.

Now, McDougall was there to talk about how 4P has used a Regional Food Systems Partnership (RFSP) grant of close to $1 million from the USDA to bring together a dozen local organizations to begin scaling up the area’s food system, with new trucks on the road, infrastructure, and technical assistance for growers and food hubs. “Can we demonstrate that we can create . . . a scalable and replicable model to transport local food around the region?” he asked the farmers, inviting their participation.

A woman of color stands at a booth in a farmers' market selling locally grown produce. (Illustration by Nhatt Nichols)

RFSP was created as a new offering under the Local Agriculture Market Program (LAMP), newly formed by the 2018 Farm Bill to create an umbrella for local food programs. By creating that umbrella for the popular Value-Added Producer Grants, the Farmers Market Promotion Program, and RFSP, policymakers guaranteed permanent funding for all of the programs. It’s one example of how within small titles like Horticulture and Miscellaneous, the farm bill has slowly begun to impact some growers outside the commodity system.

Since 2021, the Biden administration has also used money from the series of pandemic, infrastructure, and climate bills passed to boost funding for local and regional agriculture in several ways. “Those [grants] are one and done, unless something happens in this farm bill to carry it forward,” Hoefner said.

And there’s good reason to think something will happen. For example, the USDA gave hundreds of millions of dollars to small-scale meat processors to expand capacity for smaller livestock operations over the last two years. And on February 8, a bipartisan group of lawmakers reintroduced the Strengthening Local Processing Act, a marker bill that would provide more permanent support to local meat processors. Similarly, last August, the USDA announced it would invest $300 million of American Rescue Plan funding into helping more farmers transition to organic production. Now, organic advocacy groups are pushing to codify that program in the upcoming farm bill.

Other groups in this realm will also be looking to build on previous wins. Lawmakers combined the 2501 program, which provides assistance to underserved farmers, with a program that helps young and beginning farmers to create the Farming Opportunities Training and Outreach (FOTO) program to secure more funding in 2018. Groups including the National Young Farmers Coalition are asking lawmakers to continue to fund and expand opportunities within FOTO, while also pushing for the creation of a new program that would invest $2.5 billion into land access for young farmers.

Meanwhile, tribal agriculture advocates are pushing to increase funding for the Federally Recognized Tribes Extension Program from $3 million to $30 million. That may sound like a big jump, but in the context of the farm bill, it’s a drop in the bucket.

In the end, the farm bill funding going toward SNAP, commodity funds, and crop insurance will continue to dwarf everything else. And that fact can make it seem like the policy will generally support a business-as-usual approach to the food system. But Hoefner said that when you take the long view, it’s easy to see that the policies have evolved in incredibly impactful ways over time.

Funding for projects like building regional food systems and assisting beginning and socially disadvantaged farmers wasn’t even on the table until the mid-‘90s; and conservation, which now accounts for $6 billion in spending each year, didn’t enter the picture until the mid-‘80s. “Whether you’re talking about Value-Added Producer Grants or socially disadvantaged farmers or specialty crop block grants,” he said, “these are real dollars having real effects.”

Over the next several months, as negotiations progress, the picture of how this farm bill is likely to affect farmers and eaters for the next five years—and longer—will gradually come into focus.

The post This Farm Bill Really Matters. We Explain Why. appeared first on Civil Eats.

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Photos courtesy of

UN livestock emissions report seriously distorted our work, say experts

Exclusive: Study released at Cop28 misused research to underestimate impact of cutting meat eating, say academicsA flagship UN report on livestock emissions is facing calls for retraction from two key experts it cited who say that the paper “seriously distorted” their work.The UN Food and Agriculture Organization (FAO) misused their research to underestimate the potential of reduced meat intake to cut agricultural emissions, according to a letter sent to the FAO by the two academics, which the Guardian has seen. Continue reading...

A flagship UN report on livestock emissions is facing calls for retraction from two key experts it cited who say that the paper “seriously distorted” their work.The UN Food and Agriculture Organization (FAO) misused their research to underestimate the potential of reduced meat intake to cut agricultural emissions, according to a letter sent to the FAO by the two academics, which the Guardian has seen.Paul Behrens, an associate professor at Leiden University and Matthew Hayek, an assistant professor at New York University, both accuse the FAO study of systematic errors, poor framing, and highly inappropriate use of source data.Hayek told the Guardian: “The FAO’s errors were multiple, egregious, conceptual and all had the consequence of reducing the emissions mitigation possibilities from dietary change far below what they should be. None of the mistakes had the opposite effect.”Agriculture accounts for 23% of global greenhouse gas emissions, most of which are attributable to livestock in the form of methane from burps and manure, and deforestation for grazing and feed crops. As global meat production leapt by 39% in the first two decades of this century, agricultural emissions also rose by 14%.At the Cop28 climate summit in December, the FAO published the third in a series of studies of the livestock emissions problem. As well as reducing the FAO’s estimate of livestock’s contribution to overall global heating for a third consecutive time, it used a paper written by Behrens and others in 2017 to argue that shifts away from meat eating could only reduce global agri-food emissions by between 2 and 5%.Behrens’s paper from 2017 assessed the environmental impacts of government-backed nationally recommended diets (NRDs) of the time, which have since become outdated. Many countries, such as China and Denmark, have drastically reduced their recommended meat intake since then, while Germany now proposes a 75% plant-based diet in its NRD.Behrens says “voluminous evidence” from larger environmental reports which recommended reductions in meat content, such as the Eat-Lancet Planetary Health Diet, were ignored, according to the letter.“The scientific consensus at the moment is that dietary shifts are the biggest leverage we have to reduce emissions and other damage caused by our food system,” Behrens told the Guardian. “But the FAO chose the roughest and most inappropriate approach to their estimates and framed it in a way that was very useful for interest groups seeking to show that plant-based diets have a small mitigation potential compared to alternatives.”Of more than 200 climate scientists surveyed by Behrens and Hayek for a recent paper, 78% said it was important for livestock herd sizes to peak by 2025 if the world was to stand a chance of preventing dangerous global heating.As well as using obsolete NRDs, the scientists say the FAO report “systematically underestimates” the emissions-cutting potential of dietary shifts through what the letter calls a “series of methodological errors”.The authors say these include: double-counting meat emissions until 2050, mixing different baseline years in analyses, and channelling data inputs that inappropriately favour diets allowing increased global meat consumption. The FAO paper also skips over the opportunity cost of carbon sequestration on non-farmed land.Hayek said the FAO inappropriately cited a report he co-authored that measured all agri-food emissions, and applied it to livestock emissions alone. “It wasn’t just like comparing apples to oranges,” he said. “It was like comparing really small apples to really big oranges.”Correspondingly, the mitigation potential from farming less livestock was underestimated by a factor of between 6 and 40, he said.The FAO is the world’s primary source for agricultural data, and its reports are routinely used by authoritative bodies such as the UN’s Intergovernmental Panel on Climate Change (IPCC). But the FAO is also mandated to increase livestock productivity so as to bolster nutrition and food security, arguably creating a conflict of interests.Former officials have accused the FAO of censoring and sabotaging their work when it challenged livestock industry positions. A recent FAO roadmap to making the sector sustainable also omitted the option of reducing meat intake from a list of 120 policy interventions.That paper received praise from meat industry lobbyists, one of whom called it “music to our ears” when it was released at Cop28.An FAO spokesperson said: “As a knowledge-based organisation, FAO is fully committed to ensuring accuracy and integrity in scientific publications, especially given the significant implications for policymaking and public understanding.“We would like to assure you that the report in question has undergone a rigorous review process with both an internal and external double-blind peer review to ensure that the research meets the highest standards of quality and accuracy, and that potential biases are minimised. FAO will look into the issues raised by the academics and undertake a technical exchange of views with them.”

New analysis warns of pesticide residues on some fruits and veggies

This story was originally published in The New Lede, a journalism project of the Environmental Working Group, and is republished here with permission.Several types of fruits and vegetables generally considered to be healthy can contain levels of pesticide residues potentially unsafe for consumption, according to an analysis conducted by Consumer Reports (CR) released on Thursday.The report, which is based on seven years of data gathered by the U.S. Department of Agriculture (USDA) as part of its annual pesticide residue reporting program, concluded that 20% of 59 different fruit and vegetable categories included in the analysis carried residue levels that posed “significant risks” to consumers of those foods.Those high-risk foods included bell peppers, blueberries, green beans, potatoes and strawberries, according to CR. The group found that some green beans even had residues of an insecticide called acephate, which has been banned for use on green beans by U.S. regulators since 2011. In one sample from 2022, levels of methamidophos (a breakdown product of acephate), were morethan 100 times the level CR scientists consider safe. In another sample, acephate levels were 7 times higher than CR considers safe.Overall, out of the nearly 30,000 total fruit and vegetable samples for which CR examined data, about 8% percent were deemed to have residues at “high risk or very high risk”. Imported produce was more likely to carry high levels of pesticide residues than domestically supplied foods, the report said, noting that residue levels can vary widely from sample to sample.The results “raise red flags,” according to CR. The report advises that children and pregnant women should consume less than a serving a day of high-risk fruits and vegetables, and less than half a serving per day of “very high-risk ones.”“People need to be concerned because we see that the more data we gather on pesticides, the more we realize the levels that we previously thought to be safe turn out not to be,” said Michael Hansen, a senior scientist at CR who was recently appointed to a USDA food safety advisory committee.The organization said the “good news” is that the data showed residues in most of the foods sampled, including 16 of 25 fruit categories and 21 of 34 vegetable types, presented “little to worry about.” Nearly all organic samples showed no concerning levels of pesticide residues.The report suggests consumers “try snap peas instead of green beans, cantaloupe in place of watermelon, cabbage or dark green lettuces for kale, and the occasional sweet potato instead of a white one.”Faulty safety assurances  In coming to its findings, CR said it analyzed USDA residue test results for 29,643 individual food samples and then rated the risk of each fruit or vegetable based on how many different pesticides were found in each, how frequently and at what levels the residues were found, and the toxicity for each pesticide detected.For pesticides known to be cancer-causing, neurotoxins or endocrine disruptors – chemicals that can alter the hormonal functions – CR added an extra safety margin requirement to the levels considered safe. “People need to be concerned because we see that the more data we gather on pesticides, the more we realize the levels that we previously thought to be safe turn out not to be." Michael Hansen, Consumer Reports The CR said its safety levels differ from those set by the Environmental Protection Agency (EPA), which establishes “maximum residue limits” (MRLs) for each crop use of a pesticide after developing a risk assessment that the agency says considers multiple factors, including aggregate exposure from the pesticides, cumulative effects of related pesticides, and potential increased increased susceptibility to infants and children. Based on the EPA’s MRLs, the USDA said in its most recent pesticide data program report that 99% of foods tested had residues within the safety limits. But the EPA’s limits are too high to be truly protective of public health, and do not adequately account for the risks associated with some pesticides, according to CR.“EPA stands by its comprehensive pesticide assessment and review process to ensure the safety of the U.S. food supply,” the agency said in a statement. “Since the pesticide registration review program started in 2006, EPA has cancelled some or all uses in nearly 25% of the conventional pesticide cases it has completed work on, where new science indicates a need for additional mitigations.” The EPA says it considers “all relevant data” in making human health risk assessments for pesticide use. It is common for many farmers to apply a range of pesticides, including herbicides, insecticides and fungicides, on their fields as a means to fight weeds, bugs and plant diseases. In some cases, they spray the chemicals directly over growing plants. Residues of these chemicals are found not only in food but often in drinking water as well. Both the Food and Drug Administration and the USDA have been tracking levels of pesticide residues in foods for decades, and have repeatedly assured the public that those residues are not a human health risk as long as they do not exceed the EPA’s MRLs. But those assurances have proven wrong in the past. In one example, the government long said the insecticide chlorpyrifos was safe to be used on food if residues were within the EPA’s established limits, despite strong scientific evidence that exposure could harm the brains and nervous systems of developing children.In 2015, after decades of use in agriculture, the EPA changed its stance, saying it could not determine if chlorpyrifos in the diet was actually safe, and proposed banning the pesticide from use in farming. It took until 2021 for the agency to issue a final rule banning the pesticide, and a court challenge to the ban has kept the chemical in use.Further undermining faith in the government’s assurance on pesticide residues is the fact that the EPA consults with the companies selling the chemicals in setting allowable residue levels, and those allowable levels can be increased at the request of the companies. The EPA has approved several increases allowed for residues of the weed killing chemical glyphosate, for instance. Glyphosate, the active ingredient in Roundup herbicides, is classified as a probable human carcinogen by the International Agency for Research on Cancer but the EPA considers it not likely to cause cancer.Industry influenceThe Food Quality Protection Act (FQPA) requires the EPA to apply an additional tenfold safety margin to allowable exposure levels to account for the effects on vulnerable infants and children, and allows the agency to skip adding the safety margin “only if it will be safe for infants and children.” The agency has declined to apply that additional tenfold margin of safety for infants and children when setting the legal levels for several pesticide residues, however, even when scientists have said it is needed.Pesticide manufacturers have successfully pushed the EPA not to apply the extra safety margin for dozens of pesticides that have “clear potential to damage DNA or disrupt development,” said Chuck Benbrook, a pesticide residue expert and a consultant on the CR report. “EPA has known about the existence of thousands of excessively high tolerances since the 2000s,” said Benbrook. “Despite the powerful new tools and mandate in the FQPA to lower or revoke them, the pesticide industry makes it very difficult for the EPA to lower tolerances and progress has slowed to a crawl. Even worse, some very-high pesticides are finding their way back on the market and into children’s food.”Government and industry assurances about the safety of pesticide residues in the U.S. food supply are based on the fact that most residues in food are below the applicable tolerance levels, Benbrook added.“But we now know, and can specifically identify hundreds of samples of food each year with below-tolerance residues that pose risks far above what the EPA regards as safe,” he said.“Action needs to be taken”The CR report says the dangers lurking on grocery stores shelves could be reduced by the elimination of two chemical classes – organophosphates and carbamates. While organophosphates are used in plastic and solvent manufacturing as well as pesticides, they are also constituents of nerve gas, and exposure – acute and long-term – can have a range of harmful impacts on people and animals. “EPA has known about the existence of thousands of excessively high tolerances since the 2000s." - Charles Benbrook, a pesticide residue expert and Consumer Reports consultant As the Illinois Department of Public Health explains: “Organophosphates kill insects by disrupting their brains and nervous systems. Unfortunately, these chemicals also can harm the brains and nervous systems of animals and humans.”Carbamates bear a chemical similarity to organophosphate pesticides.The CR report comes as many scientists have increasingly been questioning whether or not a steady diet of pesticide residues can actually be safe for people and what long-term consumption of trace amounts of pesticides in food could be doing to human and animal health.“The data is showing more and more that these lower levels are having an impact,” said Hansen. “That is why some action needs to be taken.”

This story was originally published in The New Lede, a journalism project of the Environmental Working Group, and is republished here with permission.Several types of fruits and vegetables generally considered to be healthy can contain levels of pesticide residues potentially unsafe for consumption, according to an analysis conducted by Consumer Reports (CR) released on Thursday.The report, which is based on seven years of data gathered by the U.S. Department of Agriculture (USDA) as part of its annual pesticide residue reporting program, concluded that 20% of 59 different fruit and vegetable categories included in the analysis carried residue levels that posed “significant risks” to consumers of those foods.Those high-risk foods included bell peppers, blueberries, green beans, potatoes and strawberries, according to CR. The group found that some green beans even had residues of an insecticide called acephate, which has been banned for use on green beans by U.S. regulators since 2011. In one sample from 2022, levels of methamidophos (a breakdown product of acephate), were morethan 100 times the level CR scientists consider safe. In another sample, acephate levels were 7 times higher than CR considers safe.Overall, out of the nearly 30,000 total fruit and vegetable samples for which CR examined data, about 8% percent were deemed to have residues at “high risk or very high risk”. Imported produce was more likely to carry high levels of pesticide residues than domestically supplied foods, the report said, noting that residue levels can vary widely from sample to sample.The results “raise red flags,” according to CR. The report advises that children and pregnant women should consume less than a serving a day of high-risk fruits and vegetables, and less than half a serving per day of “very high-risk ones.”“People need to be concerned because we see that the more data we gather on pesticides, the more we realize the levels that we previously thought to be safe turn out not to be,” said Michael Hansen, a senior scientist at CR who was recently appointed to a USDA food safety advisory committee.The organization said the “good news” is that the data showed residues in most of the foods sampled, including 16 of 25 fruit categories and 21 of 34 vegetable types, presented “little to worry about.” Nearly all organic samples showed no concerning levels of pesticide residues.The report suggests consumers “try snap peas instead of green beans, cantaloupe in place of watermelon, cabbage or dark green lettuces for kale, and the occasional sweet potato instead of a white one.”Faulty safety assurances  In coming to its findings, CR said it analyzed USDA residue test results for 29,643 individual food samples and then rated the risk of each fruit or vegetable based on how many different pesticides were found in each, how frequently and at what levels the residues were found, and the toxicity for each pesticide detected.For pesticides known to be cancer-causing, neurotoxins or endocrine disruptors – chemicals that can alter the hormonal functions – CR added an extra safety margin requirement to the levels considered safe. “People need to be concerned because we see that the more data we gather on pesticides, the more we realize the levels that we previously thought to be safe turn out not to be." Michael Hansen, Consumer Reports The CR said its safety levels differ from those set by the Environmental Protection Agency (EPA), which establishes “maximum residue limits” (MRLs) for each crop use of a pesticide after developing a risk assessment that the agency says considers multiple factors, including aggregate exposure from the pesticides, cumulative effects of related pesticides, and potential increased increased susceptibility to infants and children. Based on the EPA’s MRLs, the USDA said in its most recent pesticide data program report that 99% of foods tested had residues within the safety limits. But the EPA’s limits are too high to be truly protective of public health, and do not adequately account for the risks associated with some pesticides, according to CR.“EPA stands by its comprehensive pesticide assessment and review process to ensure the safety of the U.S. food supply,” the agency said in a statement. “Since the pesticide registration review program started in 2006, EPA has cancelled some or all uses in nearly 25% of the conventional pesticide cases it has completed work on, where new science indicates a need for additional mitigations.” The EPA says it considers “all relevant data” in making human health risk assessments for pesticide use. It is common for many farmers to apply a range of pesticides, including herbicides, insecticides and fungicides, on their fields as a means to fight weeds, bugs and plant diseases. In some cases, they spray the chemicals directly over growing plants. Residues of these chemicals are found not only in food but often in drinking water as well. Both the Food and Drug Administration and the USDA have been tracking levels of pesticide residues in foods for decades, and have repeatedly assured the public that those residues are not a human health risk as long as they do not exceed the EPA’s MRLs. But those assurances have proven wrong in the past. In one example, the government long said the insecticide chlorpyrifos was safe to be used on food if residues were within the EPA’s established limits, despite strong scientific evidence that exposure could harm the brains and nervous systems of developing children.In 2015, after decades of use in agriculture, the EPA changed its stance, saying it could not determine if chlorpyrifos in the diet was actually safe, and proposed banning the pesticide from use in farming. It took until 2021 for the agency to issue a final rule banning the pesticide, and a court challenge to the ban has kept the chemical in use.Further undermining faith in the government’s assurance on pesticide residues is the fact that the EPA consults with the companies selling the chemicals in setting allowable residue levels, and those allowable levels can be increased at the request of the companies. The EPA has approved several increases allowed for residues of the weed killing chemical glyphosate, for instance. Glyphosate, the active ingredient in Roundup herbicides, is classified as a probable human carcinogen by the International Agency for Research on Cancer but the EPA considers it not likely to cause cancer.Industry influenceThe Food Quality Protection Act (FQPA) requires the EPA to apply an additional tenfold safety margin to allowable exposure levels to account for the effects on vulnerable infants and children, and allows the agency to skip adding the safety margin “only if it will be safe for infants and children.” The agency has declined to apply that additional tenfold margin of safety for infants and children when setting the legal levels for several pesticide residues, however, even when scientists have said it is needed.Pesticide manufacturers have successfully pushed the EPA not to apply the extra safety margin for dozens of pesticides that have “clear potential to damage DNA or disrupt development,” said Chuck Benbrook, a pesticide residue expert and a consultant on the CR report. “EPA has known about the existence of thousands of excessively high tolerances since the 2000s,” said Benbrook. “Despite the powerful new tools and mandate in the FQPA to lower or revoke them, the pesticide industry makes it very difficult for the EPA to lower tolerances and progress has slowed to a crawl. Even worse, some very-high pesticides are finding their way back on the market and into children’s food.”Government and industry assurances about the safety of pesticide residues in the U.S. food supply are based on the fact that most residues in food are below the applicable tolerance levels, Benbrook added.“But we now know, and can specifically identify hundreds of samples of food each year with below-tolerance residues that pose risks far above what the EPA regards as safe,” he said.“Action needs to be taken”The CR report says the dangers lurking on grocery stores shelves could be reduced by the elimination of two chemical classes – organophosphates and carbamates. While organophosphates are used in plastic and solvent manufacturing as well as pesticides, they are also constituents of nerve gas, and exposure – acute and long-term – can have a range of harmful impacts on people and animals. “EPA has known about the existence of thousands of excessively high tolerances since the 2000s." - Charles Benbrook, a pesticide residue expert and Consumer Reports consultant As the Illinois Department of Public Health explains: “Organophosphates kill insects by disrupting their brains and nervous systems. Unfortunately, these chemicals also can harm the brains and nervous systems of animals and humans.”Carbamates bear a chemical similarity to organophosphate pesticides.The CR report comes as many scientists have increasingly been questioning whether or not a steady diet of pesticide residues can actually be safe for people and what long-term consumption of trace amounts of pesticides in food could be doing to human and animal health.“The data is showing more and more that these lower levels are having an impact,” said Hansen. “That is why some action needs to be taken.”

Solomon Islands tribes generate income by selling carbon credits

In the Solomon Islands, Indigenous tribes are leveraging the lucrative carbon credit market to sustainably protect their ancient rainforests from logging while funneling vital income to their communities.Jo Chandler reports for Yale E360.In short:Several Solomon Islands tribes have united to form the Babatana Rainforest Conservation Project, preserving their forests and selling carbon credits internationally.The project includes verified protected areas and employs local tribespeople as rangers, enhancing biodiversity and environmental stewardship.The initiative provides significant economic benefits to the tribes, supporting community developments like education and infrastructure.Key quote:"If we misuse or destroy this land, we will not have any other,"— Linford Pitatamae, leader of the Sirebe tribeWhy this matters:Natural habitats play a significant role in the carbon market because of their ability to sequester carbon naturally. By valuing the carbon stored in these ecosystems, the market incentivizes their preservation. For example, a forest that might otherwise be cleared for agriculture could be maintained as a carbon sink. The revenue from selling carbon credits can make conservation financially viable for landowners and communities, providing an economic alternative to destructive practices like deforestation.Researchers say "proforestation" policies are the fastest and most effective way to draw excess CO2 out of the atmosphere.

In the Solomon Islands, Indigenous tribes are leveraging the lucrative carbon credit market to sustainably protect their ancient rainforests from logging while funneling vital income to their communities.Jo Chandler reports for Yale E360.In short:Several Solomon Islands tribes have united to form the Babatana Rainforest Conservation Project, preserving their forests and selling carbon credits internationally.The project includes verified protected areas and employs local tribespeople as rangers, enhancing biodiversity and environmental stewardship.The initiative provides significant economic benefits to the tribes, supporting community developments like education and infrastructure.Key quote:"If we misuse or destroy this land, we will not have any other,"— Linford Pitatamae, leader of the Sirebe tribeWhy this matters:Natural habitats play a significant role in the carbon market because of their ability to sequester carbon naturally. By valuing the carbon stored in these ecosystems, the market incentivizes their preservation. For example, a forest that might otherwise be cleared for agriculture could be maintained as a carbon sink. The revenue from selling carbon credits can make conservation financially viable for landowners and communities, providing an economic alternative to destructive practices like deforestation.Researchers say "proforestation" policies are the fastest and most effective way to draw excess CO2 out of the atmosphere.

New Research Reveals Why You Should Always Refrigerate Lettuce

Leafy greens are valuable for their dietary fiber and nutrients, yet they may also carry dangerous pathogens. Lettuce, in particular, has frequently been linked to...

A new study explores E. coli contamination in leafy greens, finding that factors like temperature and leaf characteristics affect susceptibility. Lettuce is particularly vulnerable, but kale and collards show promise as less susceptible options due to their natural antimicrobial properties when cooked.Leafy greens are valuable for their dietary fiber and nutrients, yet they may also carry dangerous pathogens. Lettuce, in particular, has frequently been linked to foodborne illness outbreaks in the U.S. A recent study from the University of Illinois Urbana-Champaign investigates the factors influencing E. coli contamination in five different types of leafy greens: romaine lettuce, green-leaf lettuce, spinach, kale, and collard greens.“We are seeing a lot of outbreaks on lettuce, but not so much on kale and other brassica vegetables. We wanted to learn more about the susceptibility of different leafy greens,” said lead author Mengyi Dong, now a postdoctoral research associate at Duke University. Dong conducted the research as a doctoral student in the Department of Food Science and Human Nutrition (FSHN), part of the College of Agricultural, Consumer, and Environmental Sciences (ACES) at the U. of I.Findings on Temperature and Leaf Surface ImpactThe researchers infected whole leaves from each of the five vegetables with E. coli O157:H7 and observed what happened after storage at 4° C (39° F), 20° C (68° F), and 37° C (98.6° F). Overall, they found that susceptibility was determined by a combination of temperature and leaf surface properties such as roughness and the natural wax coating. “At room temperature or higher, E. coli grows very fast on lettuce, but if lettuce is refrigerated at 4° C (39° F), we see a sharp decline in the E. coli population. However, for waxy greens like kale and collard, we get the opposite results. On these vegetables, E. coli grows slower under warmer temperatures, but if it is already present, it can survive longer under refrigeration.”Even so, kale and collard are overall less susceptible to E. coli contamination than lettuce. Furthermore, these vegetables are usually cooked – which kills or inactivates E. coli – while lettuce is consumed raw. Rinsing lettuce does help, Dong said, but doesn’t remove all the bacteria because of their tight attachment to the leaf.The researchers also inoculated cut leaves with E. coli O157:H7 to compare the intact surface of a whole leaf to the damaged surface of a cut leaf.“Whole leaves and freshly cut leaves present different situations. When the leaf is cut, it releases vegetable juice, which contains nutrients that stimulate bacterial growth,” Dong explained. However, the researchers found that spinach, kale, and collard juice actually exhibited antimicrobial properties that protect against E. coli.Potential Applications and ConclusionsTo further explore these findings, they isolated juice (lysate) from kale and collards and applied the liquid to lettuce leaves, finding that it can be used as a natural antimicrobial agent. The potential applications could include antimicrobial spray or coating to control foodborne pathogen contaminations at both pre-harvest and post-harvest stages, the researchers said.“We can’t completely avoid pathogens in food. Vegetables are grown in soil, not in a sterile environment, and they will be exposed to bacteria,” said co-author Pratik Banerjee, associate professor in FSHN and Illinois Extension specialist.“It’s a complex problem to solve, but we can embrace best practices in the food industry and food supply chain. There’s a lot of interest from the research community and federal agencies to address these issues, and the USDA imposes high standards for food production, so overall the U.S. food supply is quite safe.”Banerjee and Dong emphasize they do not want to discourage people from eating fresh fruit and vegetables; they are part of a healthy diet. Just follow food safety guidelines, wash your lettuce thoroughly, store it in the refrigerator, and pay attention to any food safety recalls in your area, they conclude.Reference: “Fates of attached E. coli o157:h7 on intact leaf surfaces revealed leafy green susceptibility” by Mengyi Dong, Maxwell J. Holle, Michael J. Miller, Pratik Banerjee and Hao Feng, 28 November 2023, Food Microbiology.DOI: 10.1016/j.fm.2023.104432This project was supported by the USDA Specialty Crop Block Grant Program (SCBGP) through the Illinois Department of Agriculture [grant numbers IDOA SC-22-20].

NASA’s Artemis Astronauts Will Help Grow Crops on the Moon—And Much More

When astronauts return to the moon later this decade, they’ll bring along science experiments to study moonquakes, lunar water ice and extraterrestrial agriculture

In the not-too-distant future, American astronauts will once again set foot on the moon’s silvery desolation. Instead of brief jaunts around the low-latitude frozen lava seas on the orb’s Earth-facing hemisphere like their Apollo-era forebears, however, the moonwalkers of NASA’s Artemis III mission will be targeting the lunar south pole—a region that holds ancient deposits of water and, just possibly, the future site of a permanent astronaut outpost. The mission will have a crew of four, but two will remain in lunar orbit while the other pair touches down on the southern polar region and scoots briefly across the surface. And as they do so, they will deploy a suite of scientific instruments to forensically examine what will then be the most important parcel of off-world real estate in the solar system.After considering myriad proposals, NASA has now announced three gadgets chosen to accompany the Artemis III crew members on their voyage: The Lunar Environment Monitoring Station (LEMS) package is a remarkably precise seismometer that is designed to listen out for moonquakes and survey the lunar geological underworld. The Lunar Effects on Agricultural Flora (LEAF) instrument will attempt to grow three crops on the moon and study how they respond to the mercurial, extreme environment. And the Lunar Dielectric Analyzer (LDA) will use the flow of electric currents through the lunar soil to detect the presence of volatiles, most notably water ice.These three instruments are not guaranteed to find their way to the lunar south pole. Additional developmental work is required to ensure each can fulfill its scientific objectives and to quadruple-check that all are compatible with Artemis III’s launch architecture and carefully choreographed surface excursions. But the signal NASA wishes to broadcast with this tentative selection of doodads is already loud and clear: more than a half-century after the flash and fade of Apollo, the U.S. is returning to the moon for the long haul.On supporting science journalismIf you're enjoying this article, consider supporting our award-winning journalism by subscribing. By purchasing a subscription you are helping to ensure the future of impactful stories about the discoveries and ideas shaping our world today.“We want Artemis to be sustainable,” says Noah Petro, Artemis III’s project scientist.Establishing a bona fide moon base requires ascertaining several things: the risk to structures from moonquakes, the possibility of growing plants on the moon and the likelihood of finding water to use there. This trio of instruments will seek answers to those practical queries while conducting basic scientific investigations on the moon’s scarcely explored far side. “We’ve got this great scientific story to tell,” Petro says. And if all three work wonders, “we are going to be setting a precedent that other missions will have to meet.”Shaking and QuakingSophisticated scientific instrumentation is no stranger to the lunar surface, which now hosts a surprisingly diverse array of experiments sent there with ever increasing cadence over the past few years by multiple space agencies and spaceflight companies. But wonky landings and straight-up crashes have produced decidedly mixed results for these ventures, which all relied on automated robotic deployments.Using astronauts to unpack and set up experimental apparatuses is far more expensive yet also has a far superior track record of success. “The added advantage of having people there is that you get a little bit more flexibility,” says Ben Fernando, a seismologist at Johns Hopkins University. “People can debug things.” And of course, you can ensure that the experiments are as close to their optimal locations and configurations as humanly possible—something of paramount importance to LEMS, which is one of the most precise and sensitive seismometers ever developed.LEMS is actually a pair of seismometers, each of which will be used to detect two different types of seismic rumbles. One will be inserted into a borehole, while the other will be put into an excavated ditch. Because astronauts will place them, both are nigh guaranteed to be perfectly coupled with the ground and shielded from an excess of environmental surface noise.It may sound absurd that digging holes is a key reason astronauts are required to deploy these seismometers. Robots have had a famously difficult time drilling into the surprisingly resistant soils of both the moon and Mars, however. Although astronauts have found this challenging, too—the Apollo moonwalkers struggled with some of their deployments—they can troubleshoot in real time in ways no robot can (yet). “Yes, it takes enormous amounts of money to put astronauts on the moon. But if they’re there anyway, how hard is it for them to dig a trench?” says Paul Byrne, a planetary scientist at Washington University in St. Louis and a member of the LEMS team.Solar-powered by day and battery-powered by night, LEMS will gradually build up a richly detailed seismic picture of the understudied south pole. The experiment will beam its hard-won readings back to Earth once a month to add to preexisting data from Apollo-era seismometers at sites on the moon’s near side. “If it is used as planned, this thing will last for two years on the lunar surface,” Byrne says. That should be more than enough time to fill in gaps in information about the frequency of south polar moonquakes and the bulk structure of the lunar subsurface there—crucial data points for reasons of not just science but also safety.“If you want to establish a permanent settlement on the lunar south pole, you better understand the seismic state of that environment in the long term,” says Mehdi Benna, a planetary scientist at the University of Maryland, Baltimore County, and LEMS’s team leader.“I’m delighted they selected this,” says Thomas Watters, a planetary scientist at the National Air and Space Museum in Washington, D.C. Apollo-era seismometers revealed not only that the moon has sporadic temblors but that some of the most intense happened around the lunar south pole. And although Earth’s quakes can be far more powerful, “these things can last for hours on the moon, not just minutes,” Watters says. “You’ve got to be prepared for that.”Quakes aren’t the only things LEMS will detect. Car-sized space rocks burn up harmlessly in Earth’s atmosphere, whereas they plow unimpeded into the lunar surface, making them a hazard. On the moon “impacts can happen anywhere,” Fernando says—and LEMS will be able to assess the impact rate around the lunar south pole.A Farm on the MoonThe lunar south pole’s allure for human exploration comes from its nearly constant access to solar power—and also from the water ice thought to lurk in abundance within deeply shadowed craters and in the shallow subsurface. Melted and purified, that ice could be used as potable water; split into constituent hydrogen and oxygen, it could provide rocket fuel and breathable air. Yet first, scientists need to ascertain just how much H2O actually exists there to use—something that the LDA instrument will address by assessing how electric fields subtly convulse when propagating through the lunar soil.Picking an ideal deployment spot—one that experiences both day and night, for example—could be crucial for LDA’s studies. And the requisite mobility and precision are “very, very difficult for a robotic mission but probably very easy for trained astronauts,” says Hideaki Miyamoto, a planetary scientist the University of Tokyo and LDA’s team leader. Robots will still assist the effort, however: LDA’s siting will be indirectly supported by NASA’s Volatiles Investigating Polar Exploration Rover, or VIPER, which will sniff out water molecules in the south polar region after it launches later this year.But before any lunar water is used to irrigate crops for hungry astronauts, NASA’s mission planners want to ensure edible plants can even grow on the moon in the first place. That’s LEAF’s task. This instrument is essentially a space-age terrarium, featuring an enclosed growth chamber to nourish three crops—Wolffia (known as duckweed), Brassica rapa (related to turnip and bok choy plants) and Arabidopsis thaliana (thale-cress)—and protect them from the harsh lunar environment.All three well-studied model plants have been flown in space before. By taking root on the moon, however, they will enter scarcely charted agricultural realms. Once LEAF has been deployed, its seeds will be pampered with water, nutrients and light in a clement atmosphere, “much like an indoor farm does on Earth,” says LEAF’s team leader Christine Escobar, an ecologist and vice president of Space Lab Technologies in Boulder, Colo. Cameras and various sensors will monitor their growth. Some of the quickly germinating plants will be harvested for further study by the Artemis III team, while others will continue to grow until the long, cold darkness of lunar night falls.LEAF is the instrument that is most explicitly tied to the creation of a long-term presence on the lunar south pole. “Human nutrition and life support—carbon dioxide removal, oxygen production and water purification—provided by space agriculture will enable long-duration human exploration of the moon and beyond,” Escobar says.Even if LEAF’s tranquil terrarium makes a giant leap in otherworldly botany, it will be but a small step toward true lunar farming, which faces myriad challenges such as lower gravity, higher radiation levels and a dearth of high-quality soil. “Lunar regolith will likely be used for plant growth facilities in established lunar bases,” says Anna-Lisa Paul, a horticultural scientist at the University of Florida. She recently attempted to grow thale-cress in lunar soil obtained by the Apollo missions. Although the experiment was successful, the plants hated it; they were slow to develop and exhibited signs of stress. You must start somewhere, however, and what LEAF will tell botanists will be invaluable. “Based on what is discovered, the next step could be to help plants with specific difficulties either by engineering them to better enable them to physiologically adapt or [by] choosing crop species that are naturally better suited to dealing with that particular stress response,” Paul says.Altogether, NASA’s choice of these instruments further reinforces how seriously the agency is pursuing its intentions to return humans to the moon—this time, to linger and perhaps even stay. After LEMS, LDA and LEAF have done their work, Fernando says, it’ll be harder to argue against the moon as “somewhere you could, in theory, have people live for an extended period of time.”The Artemis program may have been subject to various controversies, technical challenges and budgetary overspills—but announcements like this one make the long-awaited lunar return, and NASA’s ambitions to remain there, seem that much more tangible. “We’re going to see humans on the moon. And that’s going to start changing how we view the whole enterprise,” Byrne says. “This is not going to be planting the flag and going home.”

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