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What to Read Today – One Mad Chef http://jimmyschmidt.com Tue, 06 Jun 2023 14:47:00 +0000 en-US hourly 1 https://wordpress.org/?v=6.5.3 118841042 2023 James Beard Award Chef and Restaurant Winners http://jimmyschmidt.com/2023-james-beard-award-chef-and-restaurant-winners/?utm_source=rss&utm_medium=rss&utm_campaign=2023-james-beard-award-chef-and-restaurant-winners Tue, 06 Jun 2023 14:47:00 +0000 http://jimmyschmidt.com/?p=3170

Outstanding Chef

Rob Rubba, Oyster Oyster, Washington, D.C.

Outstanding Restaurant

Friday Saturday Sunday, Philadelphia, PA

Best New Restaurant

Kann, Portland, OR

Outstanding Restaurateur

Ellen Yin, High Street Hospitality Group (Fork, a.kitchen + bar, High Street Philly, and others), Philadelphia, PA

Outstanding Hospitality

The Quarry, Monson, ME

Emerging Chef

Damarr Brown, Virtue, Chicago, IL

Outstanding Pastry Chef or Baker

Margarita Manzke, République, Los Angeles, CA

Outstanding Bakery

Yoli Tortilleria, Kansas City, MO

Outstanding Wine and Other Beverages Program

Ototo, Los Angeles, CA

Outstanding Bar

Bar Leather Apron, Honolulu, HI

Best Chef: Midwest (IA, KS, MN, MO, NE, ND, SD, WI)

Itaru Nagano and Andrew Kroeger, Fairchild, Madison, WI

Best Chef: Mountain (CO, ID, MT, UT, WY)

Kris Komori, KIN, Boise, ID

Best Chef: South (AL, AR, FL, LA, MS, PR)

Natalia Vallejo, Cocina al Fondo, San Juan, PR

Best Chef: Northeast (CT, MA, ME, NH, RI, VT)

Sherry Pocknett, Sly Fox Den Too, Charlestown, RI

Best Chef: Southwest (AZ, NM, NV, OK)

Andrew Black, Grey Sweater, Oklahoma City, OK

Best Chef: Southeast (GA, KY, NC, SC, TN, WV)

Terry Koval, The Deer and the Dove, Decatur, GA

Best Chef: Mid-Atlantic (DC, DE, MD, NJ, PA, VA)

Chutatip “Nok” Suntaranon, Kalaya, Philadelphia, PA

Best Chef: New York State

Junghyun Park, Atomix, New York, NY

Best Chef: California

Justin Pichetrungsi, Anajak Thai, Sherman Oaks, CA

Best Chef: Northwest and Pacific (AK, HI, OR, WA)

Vince Nguyen, Berlu, Portland, OR

Best Chef: Texas

Benchawan Jabthong Painter, Street to Kitchen, Houston, TX

Best Chef: Great Lakes (IL, IN, MI, OH)

Tim Flores and Genie Kwon, Kasama, Chicago, IL

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New Data Shows US Food Waste Is Getting Worse http://jimmyschmidt.com/new-data-shows-us-food-waste-is-getting-worse/?utm_source=rss&utm_medium=rss&utm_campaign=new-data-shows-us-food-waste-is-getting-worse Tue, 25 Apr 2023 18:00:39 +0000 http://jimmyschmidt.com/?p=3130 The amount of uneaten food produced in the US is climbing, generating significant waste and greenhouse gas emissions, according to new data from ReFED, a national nonprofit. The US produced 91 million tons of surplus food in 2021, a 4.8% increase over 2016. Uneaten food represented about 38% of the total food supply in 2021, valued at roughly $444 billion, according to the organization. On a per-person basis, this equates to about 548 pounds of extra food, a 1.9% increase since 2016. 

In 2021, the latest year for which ReFED’s food waste data is available, 33.8 million people lived in food-insecure households in the US, according to the US Department of Agriculture, including 5 million children. Still, less than 2% of the excess food was donated, ReFED reported.  While 18% was composted and nearly 9% recycled into animal feed, about 36% of the surplus food went to landfills. 

“We are not making anywhere near the progress we need to be to reach the 2030 goal,” said Dana Gunders, executive director of ReFED. The organization aims to reduce food waste by half by 2030 compared to 2016 levels, in line with goals set by the United Nations and the US.

In addition to exacerbating food insecurity, food waste is a major emissions culprit, and by some estimates generates about 8% of all human-caused greenhouse gases. ReFED estimates that the 2021 surplus accounted for 372 million metric tons of carbon dioxide equivalents, or about 6% of total US emissions. 

Despite the dire numbers, the newest data does mark an improvement in measurement for a waste stream that is notoriously difficult to track. ReFED’s new model updates earlier years’ numbers and makes use of reported data from grocery stores to estimate retail waste. (The organization previously used two older datasets, relying on information from 2008 and 2012 — one from the USDA and one from an industry report.) The updated data shows retail waste is about half of previous estimates. “There’s hope that we’re making more progress than it seems,” Gunders said. 

But the very nature of food waste, which is usually tossed into one of many piles of unmeasured garbage, means that estimates are needed to make up for significant gaps in data. “We’re not separating, we’re not measuring, we’re throwing it out in different places,” Gunders said. Even figuring out total food produced is difficult. 

 

ReFED’s latest numbers are its best effort to fill in some of those gaps, drawing on more than 80 data sources, including the updated retail numbers. But Gunders recognizes there is still plenty of room for improvement. “I’m optimistic that we’ll get better at capturing it,” she said.

Other groups providing food waste estimates include the US Environmental Protection Agency, which published its own numbers this month. It estimates that in 2019, the US wasted 66.2 million tons of food, most of which went to landfills. Gunders notes that the EPA does not include farm-level waste and measures manufacturing waste differently than ReFED. 

To address the underlying problem, experts say the most important change in developed countries like the US will have to be one of mindset and cultural expectations around food, where cheap abundance is the norm. ReFED proposes 42 food waste solutions, with a public information campaign at the top of the list. Such a campaign would need to be government-funded and should run for at least a decade, Gunders said. 

In the meantime, investors have poured money into technologies to reduce waste in every sector, and there are plenty of tips available for people who want to throw away less, from buying more frozen vegetables to keeping foods beyond “best by” dates that indicate quality not safety. But getting businesses and consumers to stop throwing food away is a major challenge. 

“There are lots of little nudges and incremental improvements that you can make,” said Liz Goodwin, senior fellow and director of food loss and waste at the nonprofit World Resources Institute, “but until we really value the food, it’s not going to happen.” 

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A Brief History of the James Beard Awards http://jimmyschmidt.com/a-brief-history-of-the-james-beard-awards/?utm_source=rss&utm_medium=rss&utm_campaign=a-brief-history-of-the-james-beard-awards Wed, 08 Mar 2023 23:56:56 +0000 http://jimmyschmidt.com/?p=3113 Dust up on Your Culinary Knowledge With Our Brief History of James Beard, the James Beard Foundation, and the James Beard Awards.

It’s that time of year, y’all! The Oscar season of the culinary industry is upon us, and we’re here to join the fun with a brief yet highly informative history of the James Beard Awards! 
 
And, what better way to start than by learning a bit about the man himself, James Beard? 

Born May 5, 1903, in Portland, Oregon, Beard was destined for food greatness. 

As a young lad, baby Beard and his family spent summers vacationing at the beach in Gearhart, Oregon. Like many Portlanders, the Beards lavished on coastal offerings, cooking meals with the day’s bounty (you know Beard acquired a taste for some spectacular flavors early on). 

Later in life, after expulsion from Reed College, Beard spent time traveling and pursuing a career in theater and acting. After realizing his dream of acting wouldn’t pay the bills, he leaned into his food-centric background and started a catering business and a little food shop called Hors d’Oeuvre (some things never change). 

One thing led to another, and his culinary career began to blossom—in the 1940s Beard published two rather popular cookbooks, Hors d’Oeuvre & Canapés and Cook it Outdoors, before briefly serving in the US Army during WWII.

Post-service, Beard returned to New York in 1945, continuing to write cookbooks and making a name for himself within the culinary community. 

By 1946, Beard was starring in the first cooking show on national television with his series, “I Love to Eat,” on NBC. This catapulted his career, making him one of the first celebrity chefs as we know them today. 

Beard was on the map in the budding US culinary scene, contributing to many food-related publications, shows, and radio, and even ran his restaurant in Nantucket. This man was unstoppable, influential, and the “It boy” amongst foodies nationwide. 

Later, he opened the James Beard Cooking School, where he settled his career and taught for 30 years while continuing to write cookbooks until he passed away on January 21st, 1985. 

So, How Did the James Beard Awards Start? 

There’s no denying that James Beard pioneered the US food scene. We wouldn’t be where we are today without his influence. This is why Beard’s friends and colleagues, including cooking school founder Peter Kump, fundraised to buy his estate and launch The James Beard Foundation (JBF) in honor of his death. 

Since its official opening in 1986, The foundation’s mission has adapted, but it’s always aimed to be a center for celebrating and developing culinary arts. 

Under Kump’s direction, the foundation served annual dinners and events to help fundraise, celebrate and elevate new culinary talent, and maintain Beard’s home as the center for America’s food community. 

In the 90s, the James Beard Awards for excellence in food and beverage and related industries came to fruition, directed by Melanie Young. 

In an article written for Eater, Young shared the backstory of the awards. At the time, other award programs already existed but were undergoing a series of changes, creating a perfect opportunity for JBF to launch its own award program. 

With funding and backing, Kump sought to create the nation’s most significant award program for culinary professionals—including bringing back the Who’s Who of Cooking in America, formally an award segment published in Cooks Magazine that ended in 1990. 

“The foundation sealed a deal with Bonnier Corp. to take over Who’s Who of Cooking and renamed it the James Beard Foundation Who’s Who of Food & Beverage in America to give it a broader representation of the industry and its leaders,” Young wrote. 

Originally, the goal was to announce winners of The James Beard Awards around Beard’s birthday on May 5th, with the first awards granted in 1991. Over the next five years, the JBF Awards incorporated Journalism, Broadcast, and Restaurant Design. 

The awards had a slow start. The ceremony was even broadcasted on the Food Network for a few years, starting in 1994, but the network canceled the contract due to a lack of interest. But through perseverance and a growing desire for celebrity chefs and stardom, the Awards persevered, evolving into the high honor we know today.

How Do the James Beard Awards work? 

It’s easiest to understand how the James Beard Awards work by first outlining the different award programs and achievement awards. 

The 5 Award Programs include 
1. Book
2. Broadcast Media
3. Journalism
4. Restaurant and Chef Awards
5. Leadership Awards

The Achievement Awards include 
1. Lifetime Achievement
2. Humanitarian of the Year Awards

The James Beard Award nominations and elections are overseen by the Award Committee, a volunteer-based group consisting of the chairpersons of each award program, members of the Foundation’s Board of Trustees, and at-large members from the food and beverage, food media, and related industries.

Then, each award program is administered by a volunteer-based subcommittee, reporting to the Award Committee. These volunteers agree to two-year terms and are ineligible for nominations in the award program they serve—though they could be nominated for an outside award program. 
 
The Awards Committee and the subcommittee must agree to the JBF code of conduct, conflict of interest, and non-disclosure forms. 

Around October, the James Beard Awards runs an open call for entries and recommendations for the Media Awards, including Book, Broadcast Media, and Journalism, and the Restaurant and Chef and Leadership Award programs. 

Anyone with $75 to spare can submit a nomination if the person, restaurant, or business meets the award program guidelines (in an effort to raise diversity, they’ve started waiving the $75 fee in some circumstances). 

Once the open call period ends, entries and recommendations are reviewed for eligibility by the committees. 

Then, the James Beard Foundation website states, “The voting body, including judges chosen for their expertise per program, then review and vote on the entries to determine the nominees and winners, as applicable to each program.”

The Lifetime Achievement and Humanitarian of the Year awards are not open for public nominations. These awards are given to candidates who are researched and recommended by members of the Award Committee, subcommittees, and judges from all award programs. 

To maintain transparency, the JBF website shares all the information about who is on the different committees. You can see who’s on this year’s committees here.

In recent years, the James Beards Awards received some heat around a lack of diversity and allegations against some nominees, influencing the award program to change its rules and regulations.

The award program has expanded the subcommittees and filled vacancies to represent the US population’s diversity. They also changed the Leadership Awards to allow for open call nominations, as it is today, and other efforts to become a more aware and inclusive award program. 

This year, the revamped and more-inclusive James Beard Awards are well underway, with the Restaurant and Chef semi-finalists announced this past January and nominees to be announced at the end of March. 

The buzz of the James Beards Awards will last until June 5th, when winners will be announced. 

A nationwide award program honoring our industry is essential, and it’s great to see new faces and restaurants acknowledged for their hard work and dedication. So long as the foundation continues to work toward a more inclusive award program—we’ll continue to love the Oscar season of the culinary industry! 

ABOUT THE AUTHOR

Ashley McNally likes to cook, loves to bake, and is always dreaming of her next meal. With over 13 years of experience working in various roles within a restaurant — McNally has made a home in hospitality.
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Asia’s New Food Frontier is tech http://jimmyschmidt.com/asias-new-food-frontier-the-rise-of-edible-tech/?utm_source=rss&utm_medium=rss&utm_campaign=asias-new-food-frontier-the-rise-of-edible-tech http://jimmyschmidt.com/asias-new-food-frontier-the-rise-of-edible-tech/#comments Sun, 24 Jul 2022 20:00:26 +0000 http://jimmyschmidt.com/?p=3042 Lab-grown meat to 3D-printed food: inflation, climate, animal welfare shape future menus

By Akito Tanaka, Dylan Loh, Jada Nagumo and Pak Yiu

JULY 22, 2022

https://asia.nikkei.com/Spotlight/Feeding-Asia/Asia-s-new-food-frontier-The-rise-of-edible-tech

Every Thursday night, at an invitation-only event in an upscale Singapore hotel, a small group enjoys a four-course dinner while watching videos about an unfolding environmental crisis.

Menus in the dimly lit room at the JW Marriott are designed to highlight the environmentally destructive impact of industrial cropping and livestock breeding. 

Corn is served three ways to evoke deforestation, while a dashi broth is poured over colorful vegetables and seaweed to represent rising sea levels.

Then comes the main dish: chicken nuggets, served with maple waffles and a Chinese-style bao bun. Guests put down their wine glasses, slice the meat carefully into bite-sized pieces and linger on the taste.

The ceremony is a sign that the nuggets are far more than standard fast-food fare: No chicken died to make them. They were created from stem cells, made by a U.S. startup and, so far, available only in Singapore. 

Silicon Valley foodtech unicorn Eat Just is selling its meat in the world’s only nation to have approved the commercialization of lab-cultivated chicken. 

The Marriott meal is an early taste of a food technology revolution whose advocates say could feed Asia’s fast-growing population, curb damage to the planet and eventually cost less than traditional meat. 

We could theoretically grow anything that might come from plants or animals, from cells instead,” Isha Datar, executive director of cellular agriculture research institute New Harvest, said in a talk.

“Vanilla doesn’t have to be rainforest-farmed, egg whites don’t have to come with the yolk, foie gras can be completely cruelty-free, and leather and silk don’t have to come from the back of an animal or the home of a silkworm.”Isha Datar

Food inflation in Asia, where more than 1.1 billion people lacked access to adequate food last year, is hovering near its all-time high and not expected to ease any time soon. 

The region’s population is projected to increase by 700 million in the next three decades. Widening income gaps, supply chain disruptions and extreme climate conditions are causing price surges and accelerating a food security crisis long in the making.

Asia is home to ideas still in early stages of research but potentially transformative in feeding more people, with fewer resources, in the decades to come. Innovations such as lab-grown meat and 3D-printed food are at the forefront of efforts to rethink how, and what, we can feed the region’s next billion.

By 2030 alone, Asia is expected to add 250 million people to its current population of 4.6 billion. 

By then, meat consumption will increase by 18%, but agricultural production will grow only 2% or less, according to a joint report by the U.N.’s Food and Agriculture Organization and the Organization for Economic Cooperation and Development.

Around 65% of the world’s middle class will be living in the region by 2030, according to a report by PwC, Temasek and Rabobank. Total spending on food in Asia is expected to double to $8 trillion, the report said, adding that “Asia is unable to feed itself.”

The numbers are opportune for investors with deep pockets and big ambitions. Temasek, a Singapore state-owned investor, has said traditional food solutions can “no longer meet the world’s demands.” It has committed more than $8 billion to foodtech since 2013.

Some of that has been poured into Eat Just, which has also received funding from Mitsui & Co. and Khosla Ventures, as well as private investors such as Yahoo co-founder Jerry Yang and Salesforce co-founder Marc Benioff. 

Valued north of a billion dollars, the company has raised more than $800 million so far. And as food prices have soared, it has received more attention from investors. “In the last three months, I got more phone calls, more emails, more direct messages, more introductions, more interest than I ever had at any time,” Josh Tetrick, co-founder of Eat Just, told Nikkei Asia last month.

On a sunny Singapore afternoon last fall, in the trendy heritage neighborhood of Tiong Bahru known for its famed hawker center, Loo Kia Chee received a phone call. It was someone from Eat Just offering a limited-time collaboration with its cultivated meat division GOOD Meat, to serve up their nuggets with his curry.

“I was surprised,” Loo recalls. “I was the first one to get picked for doing this in Asia or the whole world,” and “before that, I didn’t know about the cultivated meat.”

This spring, Loo made history by becoming the world’s first hawker stall to serve lab-made chicken. Customers flocked to Loo’s Hainanese Curry Rice, his popular lunchtime haunt, for the novel treat.

Loo said he thought it tasted “like normal chicken … (and the similarity to conventional chicken is) I think 98%.” 

Asked if he might make the cultivated meat his signature dish some day, Loo seemed receptive to the idea. “If the price challenges [that of conventional meat],” he said, “I will use it.”

Animal agriculture in the Asia-Pacific region is responsible for 14.5% of global warming according to the FAO – more than the transportation sector. It also consumes a significant portion of the region’s land and water. 

Globally, more than 70 billion land animals and one trillion fish are killed each year for food. 

Advocates for food technology argue it could play a crucial role in easing these problems. 

“Foodtech has the potential to … reduce the pressure on land usage from crop and animal agriculture, reduce water consumption, increase yields to meet demands without resource limitation and improve the nutritional profile of products,” said Gautam Godhwani, managing partner of Good Startup, which invests in alternative protein companies. 

 

Eat Just is among the pioneers of these technologies.

Lab-grown chicken is born of cells from a biopsy, an egg or even a feather. 

The meat grows as the cells multiply in a stainless steel tank called a bioreactor. They feed on a broth that contains nutrients like carbohydrates, amino acids, minerals, fats and vitamins. “Instead of growing the entire animal, we only grow what is eaten,” Eat Just said in a statement.

“This means we use fewer resources … completing growth in weeks rather than months or years. Then, the harvested product can be used by chefs in multiple final formats, from less structured crispy chicken nugget bites, savory chorizo and sausages, to more textured products such as shredded chicken or grilled chicken breast.”

Eat Just has offered to consumers iterations aside from the nugget, including satay, or grilled chicken skewers.

Still, these remain early days for the industry. Even foodies in Singapore, the world’s only country to approve the sale of lab-grown meat, will have to wait a few years until Eat Just’s meat is readily available at the city-state’s famed street-food hawker stalls. 

 

Eat Just’s samples are available through invitation-only events, pop-up tastings, and limited offers of food delivery.

A Nikkei Asia reporter invited to the Marriott tasting in Singapore said the nuggets differed only slightly from traditional meat in that they were “unnaturally smooth” while also being softer and less chewy. He said the satay, served up for the first time this May, looked and tasted even closer to traditional chicken than the nuggets.

“A very concrete goal of our company is to, in our lifetime, have a system where the majority of meat doesn’t require slaughter and deforestation,” said Tetrick, best known in the U.S. for commercializing a liquid “egg” product made from protein-rich mung beans.

His company is also working on beef. The red meat is the top driver of deforestation, according to conservation organization WWF, causing more than double the forest conversion generated by the next more damaging crops such as soy, palm oil and wood.

“If cattle were a country, it would rank third after the U.S. and China with regards to greenhouse gas emissions.” 
Lea Bajc, a partner at Blue Horizon Corporation, which invests in food and agriculture startups

Currently producing less than 1,000 kg of cultivated chicken a year, Eat Just is planning a new facility in Singapore that will help scale to tens of thousands of kilograms annually, Tetrick said.

The company expects to achieve cost parity with conventional meat, or become even cheaper, this decade.

Any research funded and developed in Singapore could be scaled to help feed the rest of Asia, where a fast-growing population is coping with rising rates of hunger and malnourishment in the face of surging food prices.

More than 489 million people in Asia were severely food insecure last year, meaning that they had run out of provisions. That is an increase of 112.3 million people in two years in this region alone.

Food prices are expected to keep rising not only in Singapore, but across the region, making self-reliance the latest buzzword.

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Fake Meat Won’t Solve the Climate Crisis  http://jimmyschmidt.com/fake-meat-wont-solve-the-climate-crisis/?utm_source=rss&utm_medium=rss&utm_campaign=fake-meat-wont-solve-the-climate-crisis http://jimmyschmidt.com/fake-meat-wont-solve-the-climate-crisis/#comments Sun, 10 Apr 2022 20:20:45 +0000 http://jimmyschmidt.com/?p=2618

new report questions the dramatic environmental claims that alternative proteins can save the planet, disrupt the status quo, or challenge the power of the corporate food industry.

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The Food War http://jimmyschmidt.com/the-food-war/?utm_source=rss&utm_medium=rss&utm_campaign=the-food-war http://jimmyschmidt.com/the-food-war/#comments Mon, 14 Mar 2022 22:47:34 +0000 http://jimmyschmidt.com/?p=2608 The food shock of 2022 is not a good-news story. But our “bad” is less bad than ever before.By David Frum

Russia’s aggression in Ukraine will have “severe” effects on the world economy, the International Monetary Fund warned Saturday. Grain and fuel prices have surged to historic peaks. This seems like an awkward time to offer hope. Yet hope remains.

 

Our world is much more rigid. than it was even a generation ago, especially with regard to food. The food shock of 2022 is not a good-news story. The news is bad. But our “bad” is less bad than ever before.

Russia and Ukraine are massive growers of grain, especially wheat. Russia produces about 10 percent of the planet’s wheat; Ukraine about 4 percent. Some of that production is consumed at home, but after their domestic use, Russia and Ukraine together provide about one-quarter of all the planet’s wheat exports. They are important exporters of corn and barley as well, and of cooking oils, especially sunflower oil. Now the Russian invasion has closed the ports through which Ukraine’s wheat moved to world markets. Insurance costs have jumped for all shipping in the Black Sea. Spring crops will probably go unplanted in Ukraine; Russian crops face sanctions and embargo. Russia and its ally Belarus also are—or were—important exporters of the fertilizer that other food-raising countries use to grow their own crops.

The upheaval will touch every food consumer on Earth, even those living in food-secure countries such as the United States. Food prices are set in efficient global markets. All countries face similar prices, whether they are sellers into those markets or buyers from those markets. If the price goes up for anyone, it goes up for everyone.

Again: Sudden increases in global food prices are not good news. But also again: Some context is necessary. Four points of context, actually.

1. We live in an age of food abundance.

Maybe you retain some memory of old predictions about global famine? A best-selling book published in 1967 carries the lurid title Famine 1975! America’s Decision: Who Will Survive? Among other predictions, the authors identified India as the nation most inevitably doomed to mass starvation and economic collapse.

So … guess which country is the world’s second-largest producer of wheat in 2022, accounting for more than 13 percent of all output? That’s right, the former alleged basket case India. Since the 1960s, Indian wheat production has increased by nearly an order of magnitude, to almost 110 million metric tons last year. Indian wheat exports will probably exceed 7 million metric tons this year, up from the previous peak of 6.5 million in 2012–13.

India also exported nearly 18 million metric tons of rice in the 2020–21 marketing season, more than any other country. That’s impressive, but not as dazzling as the performance of Vietnam, which has vaulted from exporting basically nothing as recently as 1989 to second place among rice exporters in the 2020s. (The United States ranks fifth.)

2. Many food-importing countries can cope.

The world’s largest wheat importer is Egypt. I spoke with Mirette Mabrouk, the director of the Egypt Program at the Middle East Institute, in Washington, D.C. Based on my conversation with her, I’d characterize the food outlook for Egypt as serious but not critical. Egyptian authorities estimate that their reserves will be sufficient for at least the next six months, perhaps the next nine. Egyptian governments have been in the business of managing food reserves for 5,000 years. From the days of Joseph’s storehouses to now, they have accumulated some considerable management capacity.

Egypt buys wheat through a system of reverse auctions: posting a tender for a certain quantity, then accepting the lowest bid for that tender. Since the era of Gamal Abdel Nasser, Egypt has operated a system of subsidized bakeries that sell low-priced loaves to qualified buyers. More recently, Egypt has begun to convert to direct cash assistance provided through cards that function very much like American electronic-benefits-transfer cards. In a crisis, the Egyptian government can effectively provide more cash assistance to low-income buyers.

Many other major wheat-importing countries are either rich (Italy, Japan, South Korea) or led by reasonably effective governments (Indonesia, Morocco, Turkey) that can emulate Egypt and deliver assistance to the hard-pressed. The countries to worry most about are those wracked by war and political instability: Yemen above all, but also Ethiopia, Mali, and other disrupted states.

3. Global emergency aid can help.

Where famine does threaten, the international community can save lives. In 2021, international relief agencies provided in-kind or cash food assistance to 13 million Yemenis. Such programs will cost more in 2022, but not impossibly more. Before the war in Ukraine, the United Nations’ food program projected a Yemen aid budget of $2 billion for this year. That number will likely go up by 25 percent or more, but the money can be found.

An even more terrifying food crisis faces Afghanistan under its new Taliban rulers. The Taliban’s self-imposed international isolation has been followed by a cruel drought. Millions of lives are at risk. India has committed considerable food aid. The war in Ukraine does not make feeding Afghanistan’s population easier, obviously, but it’s only a very incidental aggravating factor. Afghanistan’s agony would be no less agonizing if Vladimir Putin had chosen peace in Ukraine rather than war.

4. High prices are not bad news for everybody.

Higher prices for food consumers mean higher incomes for food producers. In most of the world, consumers hugely outnumber producers. There is one region, however, where producers remain so numerous that higher prices can improve the livelihoods of millions: sub-Saharan Africa.

About two-thirds of sub-Saharan Africans farm for a living. When prices rise, farmers produce more and earn more. Sub-Saharan farmers could produce a lot more. African farmers could soon double or even triple their output of grains, livestock, and other products if they use more intense farming methods, the economic-consulting firm McKinsey estimates.

Higher prices could encourage African farmers to adopt more advanced seeds and other modern methods. They could prod governments to invest more in rail and roads in order to move crops to market, and to clarify property laws in order to support commercial farms that produce for the international marketplace. Sub-Saharan food output grew twice as fast from 2000 to 2018 as it did in the 1980–99 stretch. That boom was driven by higher food prices, especially in the peak years of 2006 to 2013, according to a 2021 study.

African agriculture can be extended as well as intensified. The South African agricultural economist Wandile Sihlobo calculates that 60 percent of the world’s remaining unused arable land is located in sub-Saharan Africa.

Higher food prices will be a stress and a burden for hundreds of millions of people all over the world. Higher food prices will test the stability of governments. Higher food prices may become an important part of Russia’s anti-Ukraine propaganda, which will blame Ukrainian resistance to Russian aggression—and Western sanctions against Russia—for the higher cost of food.

But a stress is not a crisis, and a crisis does not have to be a catastrophe. Good management can mitigate the stress, and begin to identify and capture opportunities. Dealing with the food-price increases that this conflict will bring will not be easy. But it can be done.

 
David Frum is a staff writer at The Atlantic and the author of Trumpocalypse: Restoring American Democracy (2020). In 2001 and 2002, he was a speechwriter for President George W. Bush.
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Grain Prices Soar to Highest in Six Decades, Spark Concern of Food Shortages  http://jimmyschmidt.com/grain-prices-soar-to-highest-in-six-decades-spark-concern-of-food-shortages/?utm_source=rss&utm_medium=rss&utm_campaign=grain-prices-soar-to-highest-in-six-decades-spark-concern-of-food-shortages http://jimmyschmidt.com/grain-prices-soar-to-highest-in-six-decades-spark-concern-of-food-shortages/#comments Thu, 10 Mar 2022 14:13:41 +0000 https://jimmyschmidt.com/?p=2585

By Penny Starr

The Russian invasion of Ukraine has laid bare the world’s dependence on Russian President Vladimir Putin and its neighbor now under siege, including the fact that the two countries supply much of the grain needs around the globe and prices for grain are now the highest they have been in six decades.

This reliance has many traders worried that any further military force could trigger a massive scramble by food importers to replace supplies normally sourced from the Black Sea region,” Fox Business reported. “Chicago futures for grain closing 41 percent higher than the previous week at $12.09. That jump marks the biggest gain over six decades. On Monday, the price closed up for the 6th consecutive day.”

And prices for fertilizer are already up almost 100 percent from this time last year. According to DOW Jones data, prices for nitrogen-based Urea are up almost 99 percent and 68 percent higher for diammonium phosphate.

Fox Business interviewed Ryck Suydam, a farmer who said he paid $17,000 to fertilize his 300-acre farm last year and that to fertilize just half of his average this year will cost $34,000.

“Some farmers are sitting out,” Suydam said. “They’ll say ‘Never mind, I’m not going to fertilize my fields this year. I know before I even plant a crop I’m going to lose money. Why am I doing it?’ They’ll let the fields go fallow.”

“Suydam said that to solve the fertilizer crunch, the U.S. needs to increase production of natural gas, which makes its byproduct, nitrogen, more affordable and readily available,” Fox News reported.

“We’ve got a lot of natural gas in this country,” Suydam said. “Open the gates, the pipeline, you’re sure to get more natural gas flowing, bring that price down and more fertilizer [will] be available.”

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What You Need to Know About the New ‘Bioengineered’ Food Labels http://jimmyschmidt.com/what-you-need-to-know-about-the-new-bioengineered-food-labels/?utm_source=rss&utm_medium=rss&utm_campaign=what-you-need-to-know-about-the-new-bioengineered-food-labels http://jimmyschmidt.com/what-you-need-to-know-about-the-new-bioengineered-food-labels/#comments Tue, 04 Jan 2022 02:06:04 +0000 http://jimmyschmidt.com/?p=2572
A person checks the label on a dairy product while shopping
CREDIT: YIU YU HOI/ GETTY IMAGES

After years of discussion on how genetically-modified foods should be labeled, in 2018, the USDA announced the National Bioengineered Food Disclosure Standard. Then, after additional years of planning and implementation, on January 1 of this year, the mandatory compliance date has finally passed — meaning shoppers will likely see these labels more often at the grocery store.

Setting aside the merits of the new system (which, as one would expect, have been debated), here is what consumers should know:

The USDA offers two official labels for products that are identical by circular green images with two different sets of text: either “bioengineered” or “derived from bioengineering.”  As the USDA itself points out, though other terms such as “genetically modified organism,” “GMO,” and “genetic engineering” may be more common “for marketing purposes,” their new standard strictly sticks to the term “bioengineered.”

Other acceptable labeling options include a statement that a food “Contains a bioengineered food ingredient,” a digital link such as a QR code, or a phone number that consumers can text.

The USDA defines a bioengineered food as one “that contains genetic material that has been modified through certain laboratory techniques and for which the modification could not be obtained through conventional breeding or found in nature.” However, for the purposes of the standard, the foods that require labeling are determined by the USDA’s official List of Bioengineered Foods. Currently, the list contains 13 items:

  • Alfalfa
  • Apples (Artic™ varites)
  • Canola
  • Corn
  • Cotton
  • Eggplants (BARI Bt Begun varietes)
  • Papayas (ringspot virus-resistant varieties)
  • Pineapples (pink flesh varieties)
  • Potatoes
  • Salmon (AquAdvantage®)
  • Soybeans
  • Squash (summer)
  • Sugarbeets

However, even then, some loopholes exist. First, as the USDA explains, “highly refined ingredients (like some sugars and oils)” do not require labels if the level of genetic material is below the USDA’s detectability threshold, which The Washington Post states is five percent. In this case, brands can opt to use the “derived from bioengineering” symbol, but this label is voluntary.

 

Additionally, the USDA states that “foods that are primarily meat, poultry, or egg products, do not require a bioengineered food disclosure” — though they also can voluntarily add one.

Other groups that don’t need to use bioengineered labels (but can choose to if they want) include very small food manufacturers (with sales below $2.5 million per year) and food service entities such as “restaurants, food trucks, trains, airplanes, delicatessens and similar retail food establishments.”

Finally, if a consumer wants to file a complaint about a lack of disclosure, the USDA’s Agricultural Marketing Service (AMS) says they’re the ones to talk to. They’ve set up a complaint page on the AMS website.

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Lab-grown meat is supposed to be inevitable. The science tells a different story. http://jimmyschmidt.com/lab-grown-meat-is-supposed-to-be-inevitable-the-science-tells-a-different-story/?utm_source=rss&utm_medium=rss&utm_campaign=lab-grown-meat-is-supposed-to-be-inevitable-the-science-tells-a-different-story http://jimmyschmidt.com/lab-grown-meat-is-supposed-to-be-inevitable-the-science-tells-a-different-story/#comments Fri, 01 Oct 2021 15:25:01 +0000 http://jimmyschmidt.com/?p=2556  

BY Joe Fassler

Splashy headlines have long overshadowed inconvenient truths about biology and economics. Now, extensive new research suggests the industry may be on a billion-dollar crash course with reality.

Paul Wood didn’t buy it.

For years, the former pharmaceutical industry executive watched from the sidelines as biotech startups raked in venture capital, making bold pronouncements about the future of meat. He was fascinated by their central contention: the idea that one day, soon, humans will no longer need to raise livestock to enjoy animal protein. We’ll be able to grow meat in giant, stainless-steel bioreactors—and enough of it to feed the world. These advancements in technology, the pitch went, would fundamentally change the way human societies interact with the planet, making the care, slaughter, and processing of billions of farm animals the relic of a barbaric past.

It’s a digital-era narrative we’ve come to accept, even expect: Powerful new tools will allow companies to rethink everything, untethering us from systems we’d previously taken for granted. Countless news articles have suggestedthat a paradigm shift driven by cultured meat is inevitable, even imminent. But Wood wasn’t convinced. For him, the idea of growing animal protein was old news, no matter how science-fictional it sounded. Drug companies have used a similar process for decades, a fact Wood knew because he’d overseen that work himself.

For four years, Wood, who has a PhD in immunology, served as the executive director of global discovery for Pfizer Animal Health. (His division was later spun off into Zoetis, today the largest animal health company in the world.) One of his responsibilities was to oversee production of vaccines, which can involve infecting living cells with weakened virus strains and inducing those cells to multiply inside large bioreactors. In addition to yielding large quantities of vaccine-grade viruses, this approach also creates significant amounts of animal cell slurry, similar to the product next-generation protein startups want to process further into meat. Wood knew the process to be extremely technical, resource-intensive, and expensive. He didn’t understand how costly biomanufacturing techniques could ever be used to produce cheap, abundant human food.

In March of this year, he hoped he’d finally get his answer. That month, the Good Food Institute (GFI), a nonprofit that represents the alternative protein industry, published a techno-economic analysis (TEA) that projected the future costs of producing a kilogram of cell-cultured meat. Prepared independently for GFI by the research consulting firm CE Delft, and using proprietary data provided under NDA by 15 private companies, the document showed how addressing a series of technical and economic barriers could lower the production price from over $10,000 per pound today to about $2.50 per pound over the next nine years—an astonishing 4,000-fold reduction.

Costs for cell-cultured meat need to come down quickly. Most of us have a limited appetite for 50-dollar lab-grown chicken nuggets.

In the press push that followed, GFI claimed victory. “New studies show cultivated meat can have massive environmental benefits and be cost-competitive by 2030,” it trumpeted, suggesting that a new era of cheap, accessible cultured protein is rapidly approaching. The finding is critical for GFI and its allies. If private, philanthropic, and public sector investors are going to put money into cell-cultured meat, costs need to come down quickly. Most of us have a limited appetite for 50-dollar lab-grown chicken nuggets.

With its TEA findings in hand, GFI has worked tirelessly to argue for massive public investment. Its top policy recommendation, according to GFI’s in-depth analysis of the TEA results, is aimed at “forward-thinking” governments: They “should increase public funds for R & D into cultivated meat technology” in order to “seize the opportunity and reap the benefits of becoming global leaders” in the space. In late April, just six weeks later, that message was amplified by The New York Times. In a column called “Let’s Launch a Moonshot for Meatless Meat,” Ezra Klein, a co-founder of Vox who is now one of the Times’s most visible and influential writers, argued that the U.S. government should invest billions to improve and scale both plant-based meat alternatives (like the Impossible Burger) and cultivated meat.

Bruce Friedrich, GFI’s founder and CEO, appeared in the story to argue that the need for significant public investment was urgent and necessary.

“If we leave this endeavor to the tender mercies of the market there will be vanishingly few products to choose from and it’ll take a very long time,” he told Klein. The message was clear: If we want to save the planet, we should double down on cultured meat.

Cultivated meat companies have repeatedly missed product launch deadlines

Read more https://thecounter.org/lab-grown-cultivated-meat-cost-at-scale/?mc_cid=19ea89b3b3&mc_eid=a8b61e24b5

Wood couldn’t believe what he was hearing. In his view, GFI’s TEA report did little to justify increased public investment. He found it to be an outlandish document, one that trafficked more in wishful thinking than in science. He was so incensed that he hired a former Pfizer colleague, Huw Hughes, to analyze GFI’s analysis. Today, Hughes is a private consultant who helps biomanufacturers design and project costs for their production facilities; he’s worked on six sites devoted to cell culture at scale. Hughes concludedthat GFI’s report projected unrealistic cost decreases, and left key aspects of the production process undefined, while significantly underestimating the expense and complexity of constructing a suitable facility.

In an interview by phone, Wood wondered if GFI was being disingenuous—or if the organization was simply naive.

“After a while, you just think: Am I going crazy? Or do these people have some secret sauce that I’ve never heard of?” Wood said. “And the reality is, no—they’re just doing fermentation. But what they’re saying is, ‘Oh, we’ll do it better than anyone else has ever, ever done.”

In fact, GFI was well aware of Wood’s line of criticism. Several months earlier, Open Philanthropy—a multi-faceted research and investment entity with a nonprofit grant-making arm, which is also one of GFI’s biggest funders—completed a much more robust TEA of its own, one that concluded cell-cultured meat will likely never be a cost-competitive food. David Humbird, the UC Berkeley-trained chemical engineer who spent over two years researching the report, found that the cell-culture process will be plagued by extreme, intractable technical challenges at food scale. In an extensive series of interviews with The Counter, he said it was “hard to find an angle that wasn’t a ludicrous dead end.”

Humbird likened the process of researching the report to encountering an impenetrable “Wall of No”—his term for the barriers in thermodynamics, cell metabolism, bioreactor design, ingredient costs, facility construction, and other factors that will need to be overcome before cultivated protein can be produced cheaply enough to displace traditional meat. 

“And it’s a fractal no,” he told me. “You see the big no, but every big no is made up of a hundred little nos.”

Read more

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Climate Disaster Looks Like Thousands of Boiled-Alive Mussels on a Beach in Vancouver http://jimmyschmidt.com/climate-disaster-looks-like-thousands-of-boiled-alive-mussels-on-a-beach-in-vancouver/?utm_source=rss&utm_medium=rss&utm_campaign=climate-disaster-looks-like-thousands-of-boiled-alive-mussels-on-a-beach-in-vancouver http://jimmyschmidt.com/climate-disaster-looks-like-thousands-of-boiled-alive-mussels-on-a-beach-in-vancouver/#comments Thu, 22 Jul 2021 15:37:43 +0000 http://jimmyschmidt.com/?p=2546

By Terrence Doyle

More than a billion marine animals died in the heatwave that swept across the Western U.S. and Canada last month. The climate crisis doesn’t exist in some hypothetical future — it’s already here.

Tens of thousands of dead mussels lay along the coastline in Vancouver, British Columbia, boiled alive by the extreme heat wave that swept across the Pacific Northwest late last month. The Canadian city’s beaches transformed into mass gravesites for the bivalves, their shells forced open by the extreme temperatures, innards dried out or picked over by hungry scavengers. It is one of the most searing images yet of the ongoing climate crisis.

What makes this bizarre and depressing moment even more difficult to grapple with is the fact that mussels have evolved to withstand high temperatures — they hold water inside their shells to prevent from drying out, and live in beds, or clusters, which ordinarily help to protect the collective against the heat. But those evolutionary tools, developed over literally millions of years, were no match for temperatures that climbed as high as 121 degrees Fahrenheit in British Columbia and coincided with low tides, leaving the mussels exceptionally exposed.

It wasn’t just mussels that died off en masse in the region: From the Puget Sound to Vancouver Island, countless other bivalves, including oysters and clams, and other assorted ocean dwellers boiled to death amidst the extreme heat. According to researchers at the University of British Columbia, more than 1 billion marine animals died in the waters of the Salish Sea during the record-breaking heat wave. One Washington state-based shellfish farmer told the Tacoma News Tribune that they lost 50,000 oysters and 10,000 clams, a quarter of their total stock, worth about $60,000 at market. Oysters take anywhere from 12 to 18 months to reach maturity, so the die-offs will affect the business of oyster farmers — and what restaurants are able to offer diners — for years to come.

Where the heat wave didn’t kill oysters, it made the people who ate them sick. According to Washington state’s department of public health, the state is experiencing an historic outbreak of vibriosis, which is caused by eating raw or undercooked shellfish and causes diarrhea, abdominal cramps, vomiting, headaches, and a host of other unpleasant symptoms. Vibrio is naturally occurring in salt water environs, but it thrives at warm temperatures, and the low tides, combined with scorching hot days, created the perfect conditions for the bacteria to grow.

If you want to see what climate disaster looks like in real time — the fires, the mass die-offs, the pathogens, the effect on our food system (and our food system’s effect on it) and your plate — you don’t have to look any further than the Western U.S. and Canada.

In California, the record high temperatures could result in the death of all juvenile Chinook salmon in the Sacramento River, nudging the endangered fish to the brink of extinction. Chinook salmon are not able to survive in water temperatures above 56 degrees Fahrenheit. In a normal year, the U.S. Bureau of Reclamation would release water from Shasta Lake in order to keep the waters of the Sacramento cool enough for the young fish, but historic droughts in the Sacramento–San Joaquin Delta have necessitated that large amounts of water be released to farmers instead. This year, there’s just not enough water left to keep the salmon cool, and instead they might all die.

As the Chinook salmon swims toward the point of no return in northern California, much of the wildfireprone state is up in flames. Hundreds of thousands of acres in California are currently on fire, due to the confluence of an extremely dry winter and spring and a series of heatwaves. In Oregon, the Bootleg Fire, which has been burning since July 6, is in the process of incinerating 300,000 acres. And the same drought that transformed the Western U.S. into a tinderbox is forcing ranchers to shrink the size of their herds because there isn’t enough quality pasture land for animals to graze.

Add to the mix the wildfires destroying vineyards in Napa Valley, cherries in Oregon cooked on the branch by (yet again) record breaking temperatures, a new-ish cycle of droughts and floods affecting broad stretches of farmland in the Midwest, among other disasters, and it’s clear that climate change isn’t some terrifying eventuality for future generations to deal with — it’s happening right now, and it will continue to happen without extreme intervention, including big changes to the global food system (for example, cutting way back on meat and dairy production) to cut greenhouse gas emissions.

At the moment, climate disaster is most visible in the U.S. and Western Canada in the forms of mass die-offs, unprecedented conflagrations, and struggling farmers, and in Europe in the form of deadly flooding. But the climate crisis has more subtle and insidious effects, ones that tend to impact less industrialized countries, poor people, and people of color more acutely than anyone else. In the Republic of Palau in the Western Pacific, for example, rising sea levels are salinating its agricultural land, making it impossible to grow crops that aren’t salt-tolerant. And in the U.S., decades of racist housing policy, known as redlining, have left Black neighborhoods in many of the nation’s cities sweltering in the summer heat — as average temperatures in cities across the Eastern seaboard now average what they did in their far more southern neighbors just a decade ago — due to a lack of green spaces and an abundance of pavement and concrete. White neighborhoods, on the other hand, tend to be much cooler.

The more extreme effects of climate change may not be knocking at your front door just yet, but it’s inevitable that climate disaster will affect everyone, eventually. According to a report by the United Nations, climate change will redefine life on Earth going forward, even if humans are able to rein in greenhouse gas emissions. The report cites species extinction, more widespread disease, unliveable heat, ecosystem collapse, and communities endangered by rising seas among the many complications that will arise in the coming decades.

For more than a century, scientists have understood that greenhouse gases like carbon dioxide cause the Earth to warm, but an intractably powerful cohort of legislators and fossil fuel lobbyists continue to do their damndest to deny that this is true. Still, no combination of political pressure, bad policy making, or bald-face lying can change the fact that global temperatures continue to rise, oceans continue to warm (and acidify), sea levels continue to rise, ice sheets continue to shrink (further contributing to the rise of sea levels), glaciers continue to retreat, and extreme weather events (tropical storms, 100-year floods, wildfires, etc.) continue to wreak havoc across the globe.

For decades, we’ve wondered what climate change might look like, and when it might arrive. It looks like thousands of boiled alive mussels spread across a beach in Vancouver, and it’s here now.

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