Life lessons from Willie

In my first year at Columbia University as a Professor at the new Climate School, it has truly been a pleasure getting to know the graduate MA students in Climate + Society. While the past few weeks have been disquieting on campus (and let’s see if the students have a graduation), it is that time of year when they come to me for advice on potential jobs and careers. Students want to discuss life advice on how they can carve out a path that is meaningful personally and professionally. The funny thing is, at 52, I am still trying to figure that out. I often say, “My plan was not to have a plan.” That may not be all that helpful in practical terms…

Copyright: © MARK SELIGER

But there is a person who I find quite helpful as even I continue to navigate what I want to be when I grow up. I recently watched the four-part documentary on Paramount called “Willie Nelson and Friends.” Now, let me tell you that I am not a huge fan of Willie Nelson’s music. I appreciate many aspects of him, his talent, and his voice, but I don’t partake, so to speak. My perception of Willie before watching the series is that he is considered the pot-smokin’ punk rocker of the country world. And after watching the series, I realized he is so much more. Why am I digressing to Willie about career advice? Well, because he has some lessons to teach us on how to work and live well, and you can seamlessly do both. I feel quite strongly about these three lessons and I try to make headway towards them.

Lesson number one: Only do work you enjoy. Willie spent a long, long time trying to accommodate what Nashville and the public wanted to hear and wanted him to be. He started off in the Air Force and held many remedial, random jobs, even moving to Washington state before settling in Nashville, where he pursued singing and songwriting. But his persona, his look, his music—while appreciated—never launched him into superstardom in Music City. It wasn’t until he started pursuing the kind of music he wanted to listen to, dressing the way he was comfortable, and living the life he was meant to live in his home state of Texas that he truly came into being quintessential Willie. He describes himself as the “Ol’ Cotton-Pickin’, Snuff-Dippin’, Tobacco-Chewin’, Stump-Jumpin’, Gravy-Soppin’, Coffee-Pot-Dodgin’, Dumplin’-Eatin’ Hillbilly From Hill County.” Remember, Willie came from stark poverty and abandonment. There is a part in the documentary where he says, “Freedom is control in your own life. I have more control now than in the past, and I'm learning the value of saying no.” While we all have to do things we don’t enjoy in our jobs, most of your time should be spent doing projects and work you truly take pleasure in. As Willie said, “We create our own unhappiness.” There are estimates that we spend 1/3 or more of our life at work. How to make the most of those 100,000+ hours? I know this all seems basic and privileged, but being authentic and true to (and honest with) yourself is at the core for everyone. Willie does it. So can we.

Lesson number two: Keep on, keepin’ on. Willie is 90. He struggled for a long time to find his voice and purpose, but he found it. He had many personal losses, heartbreaks, and health scares (and owed the U.S. government 32 million buckaroos for a stint), but he was able to take all the lows that life dealt on the chin and kept pushing on. He remains incredibly prolific with 152 albums. Now, maybe there isn’t enough self-editing going on there, but he has this urge (and enjoys) writing and composing music, collaborating with different genres of music, and touring. Part of his stamina relates to lesson one. If you love what you do, you want to keep doing it. In the documentary, Willie says, "It's hard to believe it was 60 years ago I wrote a song 'Funny How Time Slips Away.’ I was only 27, and I really didn’t know what I was talking about."

Number three: Be collaborative and find your tribe. Willie has collaborated with just about everyone in country music, and in other genres. His relationship with Ray Charles, for example, was exceptional. Everyone “in the business” has nothing but nice things to say about him. Willie Nelson Family’s motto is: “Don’t be an asshole. Don’t be an asshole. Don’t be a goddamn asshole.” This ethos is what enabled him to start Farm Aid, which is an incredible endeavor started in 1985 to “build a system of agriculture that values family farmers, good food, soil and water, and strong communities. Our annual music and food festival celebrates farmers, eaters, and music coming together for change.” Willie is always on the road, bringing his tribe with him. His band is made up of immediate family (including his sister and sons) and some of the same members for the last 50+ years. At the core is knowing who you are, figuring out what you love, and who you want to do it with.

Well, maybe there is a number four. Pay your taxes because the IRS will always catch up to you….

That banks the river for which it's named

Rivers are special. These ribbon-like bodies of water cut through topography, shaping and shifting the landscape around them.

rivers begin where they end
if 1 considers rain + jet stream winds
look deeper into grainy sands
the sublimation from the wind-swept lands ever reach sea — Jordan, Sound Furies

My partner and I have always been drawn to rivers and try to live or be near them. We currently reside quite close to the great Hudson River (~500 km long), where we can amble through Riverside Park and enjoy the views. We are so obsessed with rivers that we made a double album as the Sound Furies dedicated to rivers, entitled “Tributaries.” One of my favorite songs from the album is Columbia.

We are not alone in our obsession with all things river. There are many songs inspired by rivers in the archives of rock-n-roll. Al Green just wanted someone to take him to the river. Jimmy Cliff had many rivers to cross. Joni Mitchell longed to have a river to skate away on. Sam Cooke was born by a river. Tina fearlessly rolled on a river (thanks for the original CCR). I could go on and on, but I think you get the point. Rivers mean something to many of us.

It is not just music. There are a plethora of movies about rivers. African Queen, A River Runs Through It, and one of the best movies ever made which spends most of its time on the river, Apocalypse Now. In the movie, the French woman living on the plantation says to Willard (played by Martin Sheen), “Do you know why you can never step into the same river twice?” Willard answers, “Yeah, 'cause it's always moving.” The best scene, though, is the conversation between Willard, who has come to assassinate the unhinged Colonel Kurtz (played by Brando). They converse about the Ohio river and a gardenia plantation.

What was up with all those movies in the 90s about dead bodies being found along river banks — Short Cuts, Stand By Me, A River’s Edge, and of course, David Lynch’s Twin Peaks? We Gen Xers were so demented.

Supposedly, there are 165 major rivers around the world, but no one really knows the real number. The five longest rivers in the world are the Nile, which starts in Uganda and moves north (odd, right?) to Egypt, the Amazon-Ucayali-Apurimac in South America, the Mississippi-Missouri-Red Rock in the U.S., the Yangtze in China, and the Yenisey-Baikal-Selenga in northern Asia. The Nile is the longest, topping out at 6,650 km. The Danube in Europe flows through 10 countries. The Congo River is the deepest. Rivers serve all sorts of purposes. They provide water, food, habitats, transportation, and recreation, to name just a few purposes. Rivers are really important for food. Fish and other aquatic creatures that live in rivers are consumed. Food is traded on and transported by rivers. Food is grown in or around river banks. Water from rivers irrigates crops.

We wrote a paper on the dynamism and multifaceted nature of rivers as food environments (i.e., the place within food systems where people obtain their food) and their role in securing food security, including improved diets and overall health. In the figure below, we showed the elements of multidimensional riverine food environments.

The paper nicely describes why river ecosystems are so critical. “Rivers can be described as nutrient highways across the earth’s surface, transporting sediment and water, sequestering carbon from the atmosphere, and connecting and storing immense biodiversity through aquatic life. The flow and transportation of sediment create environments for cultivation (e.g. rice farming), with river deltas being one of the world’s most agriculturally productive areas. Rivers support approximately 1/3 of all global food production, and an estimated 70% of freshwater from rivers is used for agriculture.”

There are so many challenges with rivers. The first issue is environmental: climate change, environmental degradation, and pollution are vastly changing these waterscapes - altering their composition and flow. The second issue is overfishing and overallocation, meaning the building of dams for electricity, are altering the riverine ecosystems and marine life and creating water shortages and river connectivity, respectively. As for rivers that cut across multiple countries, who governs these waters and decides who can build dams and where? We see those challenges in large rivers such as the Mekong — where China is building dams upstream impacting many Cambodian and Vietnamese living downstream. We also see this with the Nile, in which Ethiopia is building damns to electrify the nation, which could have massive impacts on irrigation systems for Egyptian agriculture. The third issue is that while rivers transport and contain food, they also bring other things, like diseases and unhealthy foods deep into river communities. This New York Times article discusses how the Amazong brought the COVID-19 pandemic into the far reaches of the Amazon forest.

The spread of covid in just a few months during the pandemic along the Amazon waterways. Source: NYT

“The Amazon River is South America’s essential life source, a glittering superhighway that cuts through the continent. It is the central artery in a vast network of tributaries that sustains some 30 million people across eight countries, moving supplies, people and industry deep into forested regions often untouched by road. But once again, in a painful echo of history, it is also bringing disease.”

The Amazon also carries highly processed foods. According to this article, multinational companies like Nestle had river barges that delivered junk foods to isolated communities in the Amazon basin.

There is also the issue of rivers flooding, damaging infrastructure and harming humans and animals in their way. And now, we are experiencing rivers above us — atomospheric rivers — corridors of concentrated water vapor in the atmosphere that wreak havoc. What the hell?!

World WildLife Fund’s solutions for sustainable rivers

I can’t recommend enough the documentary “A River’s Last Chance,” about the Eel River. It delves into the history of how this river has been managed, or lack thereof. The Eel River is in Northern California and has been vulnerable to overfishing of its salmon, logging, floods, droughts, and dams. While the wild salmon population is trying to recover, new cash crops—weed and wine — threaten the salmon once more. It is quite a story of a river struggling to survive.

World Wildlife Fund has a fantastic initiative, Rivers of Food, in which they propose a four-pronged solution towards a more sustainable future for rivers and food security.

Let’s hope rivers can be saved as they provide a vital lifeline for nature, animals, and humans. They are also just so romantic and atmospheric. We used to dwell right near the Tiber when we lived in Rome. It was so magical. The way the early morning light hit the surface of the water, the banks, and the bridges. During the late summer months of the year, the starlings would circle around the Tiber, before settling in for the night in the treetops along the river banks. In Paolo Sorrentino’s La Grande Belleza, the early morning light on the Tiber is captured so beautifully below.

Food Bytes: February 2024 Edition

FOOD BYTES IS A (ALMOST) MONTHLY BLOG POST OF “NIBBLES” ON ALL THINGS CLIMATE, FOOD, NUTRITION SCIENCE, POLICY, AND CULTURE.

As I write this, snow is floating across New York City, deeply settling me into a wintry, sedate state. Lately I have been dreaming about feeling the sun on my skin, eating juicy peaches, and wearing flip-flops…I do this every year. I yearn for crisp, cold days during the dog days of summer, but then, the blue winters come along, I long for heat, long days, and not having to spend 20 minutes layering clothes just to get out the door. That said, nothing beats homemade, hearty soups that my better half cooks up that last for several meals and doubling down on double-feature movies in the evenings. Speaking of food, let’s get to what the food world has been up to this past month – there is a lot to cover.

Scientific papers

This paper, “Health-Environment Efficiency of Diets Shows Nonlinear Trends over 1990-2011” by Pan He is getting lots of traction. They developed an indicator and applied it, as Kate Schneider (lead author of the Food Systems Countdown paper) wrote, “that builds on long-observed correlates of increasing levels of development, that is, the co-occurrence of ‘bads’ (for example, rising greenhouse gas (GHG) emissions from greater animal-source food consumption, rising risk of diet-related non-communicable disease) and the ‘goods’ (for example, the decline in child and maternal malnutrition, increased incomes and more education). With this health–environment efficiency metric, the authors sought to understand how efficiently food systems use environmental inputs to generate health outcomes.”

They show that as countries economically grow and “develop,” they tend to see improvements in health and nutrition outcomes (reductions in undernutrition). With continued development, they see animal-source food consumption increase, with concomitant environmental degradation. This is not surprising, but it is interesting to see this indicator used to prove further the nutrition transition and how critical it is to consider planetary health with human health through our food systems. The figure to the right shows the change in dietary efficiency along with socio-economic development.

Rachel Gilbert and colleagues (including my buddy, the great Will Masters) published a fantastic paper in World Development that looked at food imports and their retail prices across 144 countries. They found that lots of food is traded worldwide, and almost half face tariffs (at a rate of 6.7%). Which foods had the highest tariffs? Vegetables, fruits, and animal-sourced foods. Where? Low- and middle-income countries, but they only account for a small portion of the cost of the diet per day. Most of the food prices consumers pay are domestic value add-ons once the foods have arrived in the country. I think I got that right…

Although this paper came out in 2023, it is an important one by Matias Heino and colleagues. The paper shows the impacts of combined hot and dry extremes as well as cold and wet extremes on major crop commodity yields (of course…)— maize, rice, soybean, and wheat—between 1980 and 2009. They show that co-occurring extremely hot and dry events have globally consistent negative effects on the yields of all inspected crop types. Extremely cold and wet conditions reduce crop yields globally, too, although to a lesser extent, and the impacts are more uncertain and inconsistent. Check out the figure to the left.

Biodiversity is in free fall, which can impact both nature scapes and people. We know that agriculture and urbanization are two of the main drivers of biodiversity loss. This paper by Awaz Mohamed et al examined how much natural habitat is needed to ensure humans have access to the benefits of biodiversity, such as diverse food production (soil, pollination, etc.), high water quality, homeostatic climate regulation, and improved green spaces. They find that benefits significantly decline when habitat area falls below 20%–25% per km2, and 2/3 of agricultural and urban areas fall below this level globally.

Reports

The Food Systems Economic Commission finally came out. It was a long time coming. The report assessed one specific science-based transformation pathway for food systems, which could benefit both people and the planet. This pathway is called the Food System Transformation (FST). Estimates of those benefits, measured as reductions in the unaccounted costs of food systems, amount to at least 5 trillion USD per year. When the full effects of a global food system transformation on incomes are factored in, estimates of its benefits rise to 10 trillion USD annually. See the figure to the right that shows this power of transformation.

Podcasts

I listened to two really good podcasts this past week. The first is hosted by Ambrook Research (I highly recommend receiving their weekly newsletter). It is called The Only Thing That Lasts, and in the first episode, they delve into the potential loss of U.S. farmland (spurred by the fear that Bill Gates seems to be buying it all up).

The other podcast is Barbecue Earth, a six-part podcast about meat as a commodity, the powerful industry behind meat, and a major reason our planet is overheating. The Carnegie Endowment for International Peace hosts it. The first focused on hogs…It will make you think twice about putting bacon on your egg cheese sandwich.

Media, Social and Otherwise

Eater has made life easier for you by guiding you where you should eat in 2024. Interestingly, neither New York nor London is mentioned. Good for them. But have no fear New Yorkers, this guy has been flaneuring around Gotham attempting to eat a meal representing every country in the world. He is almost there…

This will get some agronomists riled up. Here is a webinar hosted by the Rodale Institute (which has a certain world view of food systems) on the differences between organic versus conventional agriculture systems – and how these “stack up” from agronomics, carbon footprint, and economic perspectives. Guess what the conclusion is? :)

TV and movies

We have been watching season 4 of True Detective with Jody Foster and the awesome Kali Reis. It is filmed in a fictional town, Ennis, Alaska (although filmed in Iceland). It is assumed that we are in the far northern reaches of Alaska, where the community experiences complete darkness. It is inspired by North Slope Borough, a town on the northernmost point of Alaska, approximately 50% of which comprises indigenous populations. In the show, the water is contaminated (likely from mining operations), but of course, I always notice the diets. There are lots of highly processed, packaged foods, which makes some sense because of the remoteness. In real life, in many of these indigenous communities, their traditional diets are healthy but are disappearing. Much work has been done to understand how diets have changed in the northern territories of Canada and Siberia. In Northern Alaska, among the Inupiat, the Yup’ik, and other traditional communities, many elderly are trying to preserve their traditional diets. Still, conserving these dietary patterns is getting harder and harder for various reasons.

Art Meets Food

Curious to know the most iconic food paintings? Check this out. The Normal Rockwell one is just downright creepy, but I always have time and space for Edward Hopper (who lived down the road from one of Columbia University’s campuses in Nyack, New York).

 The Clash has a song, “Lost in the Supermarket.” It’s a great song, and I think many of us can relate when entering these goliath spaces meant to nourish us. As Joe Strummer sang,

I'm all lost in the supermarket
I can no longer shop happily
I came in here for a special offer
A guaranteed personality

Last thoughts

Our good friend Cheryl Palm passed away this past month from a rare and devastating disease, Creutzfeldt-Jakob disease. She was a giant in the world of food systems and made massive contributions to land-use change, degradation and rehabilitation, and ecosystem processes. Here is a lovely tribute from our Earth Institute friends at Columbia University. I love this photo of her in her younger years, full of life. That is how I choose to remember her.

'Coz I'm the tax man

I get asked a lot about whether taxing soda is effective. There has been a lot published on taxing food and beverages that are deemed bad for us. So what gives? Does taxing soda have any impact on our health? This is my take on the science, but first, let this jig run through your head….

Should five percent appear too small
Be thankful I don't take it all
'Cause I'm the taxman
Yeah, I'm the taxman

I'll tax the street
(If you try to sit, sit) I'll tax your seat
(If you get too cold, cold) I'll tax the heat
(If you take a walk, walk) I'll tax your feet

TAXMAAAAAAAN!!!

Sugar-sweetened beverages (SSBs) are nonalcoholic beverages containing added caloric sweeteners. In addition to carbonated soft drinks or sodas, SSBs include energy and sports drinks, less-than-100-percent fruit or vegetable juices, ready-to-drink teas and coffees, sweetened waters, and milk-based drinks. SSBs are widely consumed worldwide, and the retail sales of these beverages have been increasing over the last decade. Their consumption has been associated with obesity, diabetes, heart disease, and other detrimental non-communicable diseases (NCDs). Because of their unhealthy nature, the World Health Organization has included a range of policy priorities, including SSB taxes, to help countries combat NCDs and improve the overall health of the global population.

Taxes on SSBs have been introduced in 118 countries, with 105 at the national level and 13 at the subnational level, covering 51% of the world’s population. Most SSB taxes are implemented using excise taxes (88%), with a handful of other countries implementing them through mechanisms such as import taxes, differential Value-Added Tax (VAT), Goods and Services Tax (GST), or regional sales tax (see the figure below). These excise taxes occur mainly as tax pass-throughs, in which the price increase of the taxed product falls on the consumer. In the U.S., for example, 70% of SSB taxes are passed onto consumers through higher-priced SSBs.

Types of SSB taxes being implemented around the world

In a systematic review and meta-analysis of 62 empirical studies of SSB taxes across 45 countries, the majority of SSB taxes were implemented as a tax pass-through. While the impacts were heterogeneous across the countries, the demand for SSBs was sensitive to tax-induced price increases, with a mean reduction in sales of SSBs by 15%. The sales resulted in no substitution towards healthier, untaxed beverages (e.g., bottled water). Another review argued that SSB taxes provide no substantive changes to dietary or purchasing behavior due to the lack of substitution towards healthier alternatives. Another study found that while SSB taxes modestly reduced the purchases of some taxed beverages in the taxing jurisdiction, consumers respond to the taxes by increasing cross-border shopping, in which they go outside the taxing jurisdiction and buy those same taxed beverages at a lower cost. However, taxes may spur downstream effects on other industry responses and policies, including reformulating products to reduce sugar consumption in those beverages, as was seen with the graduated sugar tax implemented in the UK.

Of the tax policies around the world, 73% are implemented in low- and middle-income countries (LMICs), with the highest in South Asia. However, LMICs face many challenges in implementing SSB taxes, including a lack of political will and resources, weak national capacity to implement policies, large informal food sectors, and substantial influence of the food and drink industry on policy development.

The question remains whether SSB taxes can result in healthier dietary patterns and reduce the health implications accompanying excess consumption of these products – particularly NCDs. Most of the evidence — particularly from  Nakhimovsky et al., 2016; Niebylski et al., 2015; Teng et al., 2019; and Thow et al., 2014 — suggests that SSB taxes have impacted the purchases of taxed products to varying degrees, but not necessarily long-term and impactful behavior change towards healthier diets and improvements in health. One potential reason may be that the SSB taxes translate to only a 5 to 22-kilocalorie reduction per capita daily. This is insufficient to have a meaningful impact on disease outcomes. Some researchers suggest that one way to deal with this is to raise the current tax rates from the current approximate 5% to 20%. This would also be aligned with the WHO’s recommendation for at least a 20% tax on SSBs. Several countries, such as Qatar and Saudi Arabia, have substantive (50-100%) excise taxes on SSBs, which are more in line with the taxation rates of tobacco.

The question is whether other foods, particularly red meat, should be taxed due to their significant implications on the environment and contributions to climate change. While consuming red meat in high amounts can contribute to NCDs, red meat is also a source of important nutrients. If a tax on red meat makes them prohibitively expensive for those who already struggle to afford these foods, it could put these nutrient-dense foods even further out of reach for the world’s poor. Thus, a “carbon tax” on red meat might be appropriate in wealthy countries with strong social protective measures and in countries with disproportionately high levels of red meat consumption.

Ran my fingers across the world

On the eve of a new year, we are meant to reflect on all that we accomplished (and didn’t) and put forward our hopes and goals for the new year. I find this hard to do as I get older because time seems so warped, and change is hard to measure. When I reflect back to 2023 to see what has changed for me, I am left with blurry memories and vague recollections, much like the three years of living during the pandemic. But there were some bright spots and standout moments.

Our last New Year’s Eve was spent crisscrossing most of Italy, ending in the heel, also known as Puglia (where my family is from), with the idea that we wouldn’t return for a long while. Not that we don’t love Italy, but we spent almost six years living there, and maybe it is time to see other places if we do decide to travel. I had just learned I was granted tenure at Columbia University and would join the new Climate School faculty in July of 2023. Exciting. Now comes the hard part – we had to sell our house and downsize our belongings to snuggly fit into a smaller Columbia-subsidized apartment in NYC. Offloading a house in the middle of a housing crisis with high interest rates is stressful and borderline nightmarish, but we managed to do it. Plus, moving just sucks. No matter how often you do it (and for us, we are at 25 times), it is just a massive hassle. So, the first half of 2023 was one significant stressball transition phase.

Things fell into place once we got to NY in June. We live in the Upper West Side, where I have worked for a long time and where we have lived before, so it all seems routine and familiar. Are we too comfortable and normalized? God forbid that we get too comfortable. It may be time to move to another borough and start another walkabout MaPhattan project. Brooklyn beckons, but the ever-evolving NYC landscape is unpredictable, and it is hard to know where to move that won’t become overly gentrified or where you are not participating in such a predictable path.

On the work front, I published, in collaboration with many stellar scientists, 18 papers, the final one being the Food Systems Countdown Initiative paper and report. I started a new job as a Professor of Climate and Food at Columbia’s Climate School and as the Interim Director of the International Research Institute of Climate and Society. It has been an interesting adjustment since leaving Hopkins, with a lot of my team going on to spread their wings in other institutions. The Food Systems Dashboard is going strong along with other various projects.

On a personal note, we, the Sound Furies, finished our fifth album, Times Edit. My favorite song is Mandelbrot’s Coastline. I traveled a hell of a lot less and will continue on that path in 2024. What I will do in 2024 is spend some time curating and sharing all the photos I have taken on my 60+ country travels. 2023 was filled with ordinary experiences — I got COVID, which sucked. I walked an average of 5.8 miles per day, up from last year, which was 5.2 miles. I tried out the Peleton (there is one in my building) and found it ridiculous but effective. I ate red meat maybe five times and tried my best only to take public transport (maybe got in a taxi/uber 4-5 times) if walking wasn’t an option. I continue to bake sourdough…I decided I like folk music (maybe it’s my age) and succulents (maybe it’s my age). We celebrated our 27th wedding anniversary. I turned 52. We ate in 55 restaurants since arriving in NYC (hey, don’t give me shit, I’m in the food business).

Looking to 2024, the new year brings the opportunity to turn over a new leaf, improve, and make a change. But change is ruthlessly tough, and we are often hard on ourselves when we don’t make those changes “successfully.” And I must admit, I am worried about the changes to come. The poem, What they did yesterday afternoon, by Warsan Shire has been running through my head:

“later that night
i held an atlas in my lap
ran my fingers across the whole world
and whispered
where does it hurt?

it answered
everywhere
everywhere
everywhere.”

Almost half of the world will be voting for new leaders in 2024, and democracy looks pretty fragile to me. I worry about the U.S. elections, as I am sure almost every American does, and the results will impact future decisions about our lives and goals. I am also profoundly concerned about the lack of action on mitigating climate change, what that will mean for everyone, particularly the poorest and most vulnerable, how much they will need to adapt, and with what resources.

But as the late Sam Cooke beautifully sang, a change is gonna come – the question is, are we ready for whatever comes? Because things don’t always change for the better, but they do change. Rebecca Solnit, author of Hope in the Dark, wrote, "Incremental change can happen quietly, and change is rarely straightforward. Victories slip by unheralded while failures are more readily detected.” I will remain hopeful in 2024 as I run my fingers across the world. I am going to remain hopeful. Not because I think everything is going to be okay. But hope for the possibility that the change that is coming pushes us forward to a more sustainable future.  

Lending order to the world

Robert Rundstrum said that creating maps is fundamental to lending order to the world. I geek out over maps, dashboards, and overall visuals of how data can be creatively displayed. So much so that I co-lead the Food Systems Dashboard with our friends at GAIN, which gives a complete view of food systems by bringing together data from multiple sources. The Dashboard allows one to compare food system drivers and components across countries and regions, gain insights into challenges, and identify actions to improve nutrition, health, and environmental outcomes.

Dashboards are maps, and often, they are displayed as maps. Maybe my obsession with maps comes from how much time I spend walking with my better half, stepping across geography step by step. As Rebecca Solnit said,

“A labyrinth is a symbolic journey . . . but it is a map we can really walk on, blurring the difference between map and world.”

I use “maps” loosely as most data displayed, whether a bar graph, histogram, or geographical map, is a record of a diagrammatic representation of how we exist or how we perceive our existence through time. Mere representations of an ever-changing reality of where we have been and where we are going.

Some argue that we are in a heightened state of data map overload, with an insane amount of dashboards displaying all kinds of data. Are we suffering from “death by dashboard?” But I, and I think many others, appreciate dashboards. Just look at the success of Our World in Data, or how everyone, every day, all the time, tuned into the Johns Hopkins COVID Dashboard as the pandemic grew (they stopped collecting data this past March. They knew when “to fold ‘em.”

There are some new food-related maps and dashboards that are pretty cool. Check out The Food Twin tool. This tool visualizes a model designed to predict where food is grown and connecting that food to where it is consumed in the U.S. The data moves, showing the vast network of how food is produced and consumed. Speaking of networks, the Global Food Systems Network map visually represents the relationships among stakeholders involved in food systems-related efforts worldwide. Some other cool maps are out there, including the World Food Map, which displays the most commonly consumed foods in each country.

Let’s thank our farmers for the incredible diversity of foods available around the world. But they are dealing with significant risk. The Agriculture Adaptation Atlas maps climate risks and identifies solutions for farmers. Lastly, the new Clim-Eat dashboard shows a range of food system technologies that show great promise in improving food security while mitigating or adapting to climate change.

From the Agriculture Adapation Atlas: Showing heat stress of livestock in sub-Saharan Africa

Beyond food, so many exciting projects are trying to display data to ensure it is accessible to everyone. Vivid Maps displays all kinds of data. For example, here is a map of what the boogeyman looks like worldwide. What the hell is the Jersey Devil? Seems apropos. Or, how cats migrated to Europe…Some useful information, some…not so much.

But this map, Native Digital Land, is fantastic. It is a searchable map of Native territories, languages, and treaties. You can click on the map across the Americas and other areas to see which Indigenous tribes lived there and their histories. Just looking at the United States is incredible and devastating. This is a collaborative endeavor and will consistently change as more Indigenous peoples interact and provide historical information to the map.

Native Digital Land, showing the Native American territories of the United States

And if you really want to geek out, Oculi Mundi has put out a collection of antique maps that are stunning. Just check out this “Anatomy of the Ceasars map.” They just don’t make ‘em like this anymore. The site is just so beautifully done, and all open access—such a beautiful thing.

From Oculi Mundi



Food Bytes: November 2023 Edition

FOOD BYTES IS A (ALMOST) MONTHLY BLOG POST OF “NIBBLES” ON ALL THINGS CLIMATE, FOOD, NUTRITION SCIENCE, POLICY, AND CULTURE.

I thought I would write up the November Food Bytes before the onslaught of publications leading up to the COP28 climate meeting takes place. Here is the roundup!

Some interesting articles and books:

The great “godfather of climate science,” Jim Hansen, also a Columbia colleague, has put out a paper with colleagues arguing the planet may be warming faster than previous estimates have indicated by measuring “climate sensitivity” – measuring the earth’s warmth via atmospheric carbon dioxide concentrations. Global CO2 levels hovered around 280 parts per million in the pre-industrial age. Now, they are above 400 ppm. Not everyone agrees with this paper, but no matter, Hansen is sending us clear warnings.

We are more and more worried about how resilient our food systems are in the face of extreme events and shocks, be they climate, environmental, or political. This paper examines the impacts of crop yields related to several agriculture input shocks – nitrogen, phosphorus, and potassium, machinery, pesticide, and fertilizer. Industrialized agriculture systems depend on these inputs, and often, they are imported from other countries. When combined, as you can see in the figure, some areas showed decreased yields for some but not all crops. The yields of barley, maize, potato, and wheat decreased heavily in the western United States. Barley, maize, millet, potato, sorghum, and soybean yields all decreased in northern Argentina, while barley, maize, potato, and wheat. To some extent, sugar beet also saw large yield decreases in Central Europe. Rice yields, in turn, decreased heavily in Thailand, Vietnam, and the southern part of India.

Source: https://www.nature.com/articles/s43016-023-00873-z/figures/3

My friend Bill Dietz, the Director of Sumner M. Redstone Global Center for Prevention and Wellness at George Washington University, and I just published a paper on how the U.S. agri-food sector can contribute to climate change mitigation. The paper is timely for the upcoming COP28 meetings. The U.S. needs to step up!

A new book on the political economy of food system transformation co-edited by Danielle Resnick and Johan Swinnen has been jointly published by IFPRI and Oxford University Press. The summary follows: “The current structure of the global food system is increasingly recognized as unsustainable. While the need to transform food systems is widely accepted, the policy pathways for achieving such a vision often are highly contested, and the enabling conditions for implementation are frequently absent.” Check it out and download it for free here.

Some interesting reports:

Every year, the UN Food and Agriculture Organization, also known as FAO, releases two flagship reports: the SOFI and the SOFA. The SOFA just came out this past week and focuses on the “true cost of food.” That means they assess the hidden environmental, health, and social costs of producing our food. What is their final assessment? Global hidden costs of food amount to 10 trillion dollars, with low-income countries bearing the highest burden of hidden costs. Yikes.

The Global Alliance for the Future of Food released an interesting analysis in this report calling for food systems to wean off fossil fuels. Wouldn’t that be nice….They argue that food production, distribution, processing/packaging, storage, and sales consume about 15% of all fossil fuels generated annually. They argue that the fossil fuel industry holds a lot of sway with governments, making it difficult to “extract” (sorry for the pun) their influence or hold them to account.

A report by the group I-CAN, which looks at the integration of climate and nutrition, came out. It is interesting…nothing new…and much built on the long scientific publications already out there, but I supposed putting it in a layperson report gets the message out there.

Some interesting listens:

Vice did an “expose” on how the Italian mafia has taken over food systems in Italy. Having lived in Italy and interested in Italian deep food traditions, I watched it. The document is not well done, with much speculation and little evidence beyond a few interviews. If it is even true, I wasn’t convinced by this documentary.

John Oliver’s Halloween episode focused on the issues of child labor related to producing chocolate – focusing on Ghana and the Ivory Coast, where roughly 60% of it is produced. A lot of the material is borrowed from Netflix’s Rotten series. Still, the message is clear that many children (1.56 million) are engaged in cocoa production stemming from insufficient wages paid by massive confectionary companies to smallholder farming families working or owning cocoa farms, leaving them in gut wrenching poverty. Such a tragedy. I don’t think John Oliver adds much to the debate – if you want a quick watch, go to the Netflix episode.

In their usual snarky, pick-it-to-pieces style, Mike and Aubrey of the fantastic Maintenance Phase podcast sink their teeth into Ozempic, the weight loss diabetes treatment drug. It's well worth listening to the latest.

Food Bytes: March 2023 Edition

FOOD BYTES IS A (Almost) MONTHLY BLOG POST OF “NIBBLES” ON ALL THINGS CLIMATE, FOOD, NUTRITION SCIENCE, POLICY, AND CULTURE.

So much going on in food and nutrition these days that it is hard to keep up. In looking at what has been published in the last month, three areas dominate ultra-processed foods, climate change, and blue foods. Let’s take each and highlight the latest and the greatest.

Ultra-processed foods: What are ultra-processed foods (UPFs), may you ask? Basically, junk food. But we scientists have to come up with fancy terms and categorize everything. UPFs are a very broad category of foods that generally are made from highly processed, industrialized ingredients not found in the home or in restaurant kitchens. These foods are designed to be hyper-palatable, often conveniently ready-to-eat, shelf-stable, transportable, strongly marketed, and, ultimately, highly profitable. More and more research shows that these foods are detrimental to various health outcomes (obesity, diabetes, cancer, morbidity, mental health, etc.) and could be potentially addictive and environmentally destructive. California, which always leads in food governance (blame it on the hippies), is growing worried about what exactly these foods contain. They are considering banning a number of staple ingredients found in these foods. I cannot even begin to source the sheer amount of literature coming out demonstrating the impact of these devilish foods, but here, here, and here are a few good systematic or meta-reviews. This Wired layperson article is a good summary. If you want to read two people who lead in the science of UPFs, read Carlo Montiero or Kevin Hall. Regardless of all the science coming out, their sales are increasing across almost every region of the world. Why? Well, they are cheap, have a long shelf life, are easily stored and transported for long periods of time, and are damn tasty.

IPCC AR6 Synthesis Report, 2023: Key Summary Figure

Climate and food: Hard too to keep up with everything going on. The most significant update is that the Intergovernmental Panel on Climate Change, also known as the IPCC, has come out with a synthesis report on how much time we have left before the world falls apart. They are surprisingly and cautiously optimistic, arguing that there is still time to address climate change before things start “gettin’ hot in here.” Food is heavily featured in this synthesis report, thanks to our AgMIP friends at Columbia University. They argue that food security and nutrition are and will continue to be significantly impacted, particularly in resource-constrained settings and among smallholder farmers. They also offer a range of mitigation and adaptation strategies, including agriculture, forestry, and other land use (AFOLU) options with reduced deforestation in tropical regions, shifting to sustainable healthy diets, reducing food loss/waste and intensifying sustainable agriculture (they even mention urban ag!).

When I asked Google’s new AI system, Bard, what was the latest science published in “food systems” in the last week, this is what they spit out:

Here are some recent research on food systems:

  • A new study found that the global food system is responsible for about one-third of all greenhouse gas emissions. The study, published in the journal Nature, found that the food system's emissions are mainly caused by the production of meat and dairy products, as well as the transportation of food.

  • A new study found that the global food system is also responsible for about one-third of all water use. The study, published in the journal Nature Water, found that the food system's water use is mainly caused by the irrigation of crops, as well as the production of meat and dairy products.

  • A new study found that the global food system is also responsible for about one-third of all land use. The study, published in the journal Nature Land, found that the food system's land use is mainly caused by the production of crops, as well as the grazing of livestock.

These are just a few of the recent research on the global food system's impacts on the environment. The food system is a major contributor to climate change, water pollution, and land degradation. These impacts are likely to become more severe in the coming years, as the global population continues to grow.

Not too shabby, but a bit outdated (and they don’t provide any citations). Interesting how AI is set to become such a game-changer, and yet, as an expert, asking Bard to do a bit of research, it is pretty generic and lacks scientific nuance, which can be dangerous…Here are some even more recent papers out this week on food systems and climate from a flawed human perspective:

  • Ivanovich and colleagues at Columbia University (see a pattern?) published a paper in Nature showing that if we continue on our current food consumption patterns, this will add 1 °C to an already warm planet by 2100. Most of this warming is driven by what is called high methane foods (methane is another toxic greenhouse gas) like livestock, dairy, and rice (yes, we cannot blame it all on those cute cow creatures). If we made some of the changes mentioned in the IPCC report above, we could cut 55% of that warming.

  • Another paper, again published by Columbia University peeps (they are on a roll), called for more studies to better show how the food security of households and communities is impacted by climate-related shocks. They argue that most studies only examine food production and availability, not access or utilization.

  • And last, and this is self-promotional, a few of us put together an analysis trying to understand if the EAT-Lancet planetary health diet was adequate in nutrients (we didn’t look at environmental impacts or other health impacts, and we are not suggesting to do so). This particular analysis shows that the diet is inadequate in vitamin B12, calcium, iron, and zinc. The EAT-Lancet may not be happy with these results but this is what science is all about — debating on a level playing field, DISproving one’s hypotheses, and not being wed to ideologies. I am not sure right now that everyone at the so-called proverbial table looks at science similarly and instead holds fast to their worldviews, which worries me. But a lot is at “steak.” The EAT-Lancet Commission part has been downloaded over 6,000 times in 4 years. That is pretty insane. So to go against that, dissect it, calls to do it better next time around, or at least look carefully at the data, in which multiple people analyzing the dataset, is, well, what science and the pursuit of truth is all about. But putting one’s arm out to be potentially severed. Bottom line: This paper is about the trade-offs that are par for the course with a grand food systems transformation.

Showing tradeo-offs of policy bundles: Crona et al Nature 2023.

Blue foods: More and more, and this is long overdue, blue foods, aka seafood, aka aquatic foods, are getting more attention. The Blue Foods Assessment highlighted their importance from multiple angles - important contributors to a nutritious diet, some species’ environmental sustainability, their risk of climate threats, and contributors to livelihoods. Some fantastic articles have emerged recently, including a fantastic paper by Christina Hicks and colleagues examining the injustices associated with aquatic food systems. Another paper summarized the BFA around 4 policy objectives to help realize the contributions that blue foods can make to national food systems around the world: ensuring supplies of critical nutrients, providing healthy alternatives to terrestrial meat, reducing dietary environmental footprints, and safeguarding blue food contributions to nutrition, just economies and livelihoods under a changing climate. However, trade-offs always exist, just as above. The figure shows these — the question is, what trade-offs are we willing to live with? And last, on blue foods, the great Roz Naylor at Stanford published a policy landscape paper in Food Policy (thanks, Chris Barrett!) on aquaculture. I had the pleasure of working with her on this. Through a series of case studies, she presents a state-of-play on how aquaculture is playing out globally, and again, where those policy priorities elicit trade-offs that can be detrimental to the environment or nutrition. Check it out.



Diversifying Our Diets, Post COP 15

This is a cross-posted blog from the Berman Institute of Bioethics’s Global Food Policy and Ethics (GFEPP) blog. It was written by Leslie Engel, MPH, a Science Writer Consultant for the GFEPP.

COP 15—shorthand for the fifteenth meeting of the Conference of the Parties to the UN Convention on Biological Diversity—wrapped up in late December with ambitious goals to address the rapid and stunning losses to our natural world. Included within the targets for 2030 is the conservation of 30% of the world’s land, oceans, and waterways; a 50% reduction in food waste, and a “significant” curtailment in overconsumption and waste generation.

The critical role food systems play in meeting these targets was acknowledged during Food Day, a mini-conference within the two-week convening. The day was devoted to discussions on “transforming food systems to address biodiversity loss and achieve food security and nutrition for all by 2030.” As the organizers noted, “food production is the biggest driver of environmental degradation and biodiversity loss: 70% of freshwater withdrawn, 30% of global GHG emissions, 80% of deforestation and the degradation of many other precious habitats such as wetlands and grasslands.”

In the U.S., recent events have underscored how intensive agricultural practices and climate change are interacting to create a troubling feedback loop with dire environmental consequences. A severe drought, coupled with overuse, has reduced the Colorado River to a trickle in places. Americans rely heavily on the river, with one in 10 depending on it for drinking water. The rest of us are making salads with it: 70% of the Colorado River Basin is used for agriculture and over 90% of our winter vegetables are grown in Arizona. 

And we are not the only species relying on it. The river that carved the Grand Canyon also sustains life for a huge variety of unique creatures and ecosystems that will disappear without it. A manager at Glen Canyon Dam described it as a “doomsday scenario” in a recent Washington Post article. 

California’s Central Valley, where 25% of our food is grown, is experiencing similar conditions, the January deluge notwithstanding.

Let’s pause here for a deep breath.

It’s heartening that the international community was able to come to a consensus on protecting the world’s ecosystems. How do we translate the momentum generated in distant conference rooms to our everyday lives?

Here’s one idea: this year, let’s step out of our culinary comfort zones. 

Seventy-five percent of the world's food comes from only 12 plant and five animal species. It’s a startling statistic but think about that salad you ate for lunch. Was it so different from the one you had yesterday, last month or last spring? We can support the environment, our personal health and ultimately, a more sustainable future by diversifying our own palates. 

To jumpstart, here’s a veggie-centered recipe, sans lettuce, the leafy green that science journalist Tamar Haspel once described as a “vehicle to transport refrigerated water from farm to table.” Instead, this colorful and low-waste winter salad features nutrient-rich, cool-weather crops that you may be able to source locally or regionally, including:

  • Radicchio, native to Northeast Italy and currently grown in similar climates within the U.S throughout the winter months.

  • Millet, a highly nutritious and drought-resistant cereal grain that you’ll be hearing more about. The FAO has declared 2023 the International Year of Millets to draw attention to the potential of this small but mighty grain to feed the world in the face of climate change. 

  • Winter squash, a great two-for-one deal since you get the flesh and the seeds as a future snack. Keep the veggie peeler in the drawer; squash skin is edible.

  • Hazelnuts (aka filberts), which are less intensive to grow than other nuts. If possible, use hazelnuts grown in Oregon. 

  • Citrus, currently in season

Radicchio, Millet and Roasted Winter Squash Salad with Hazelnuts and Orange Vinaigrette
Serves 4 generously/Costs approx. $3 per serving (based on current food prices in a New York City)

  • 1 medium winter squash (about 2 lbs.): delicata, kabocha, buttercup, almost any type will do, except spaghetti.

  • 1 cup millet

  • ½ lb. radicchio (of any variety), torn into bite-sized pieces

  • 2 large navel oranges: use one for zesting and juicing, and the other for the salad.
    I used cara cara oranges here for their lovely pink hue, but any navel-type orange works.

    • 1 tsp orange zest (zest the orange before squeezing it)

    • ¼ cup freshly squeezed orange juice 

  • ½ cup raw hazelnuts

  • Olive oil

  • Optional soft herbs like parsley, mint, tarragon or chives (a great way to use up any herbs you may have lurking in your fridge)

Roast Squash

Arrange racks in the middle and bottom sections of the oven. Preheat oven to 425 degrees.

Cut squash in half and scoop out the seeds (save for roasting!). Slice squash into one-inch pieces, place on a rimmed baking sheet, drizzle with 1 tbsp olive oil and season with salt and pepper. Roast on top rack 25-30 minutes until caramelized and tender. Flip squash halfway through cook time to ensure even roasting.

Prepare Millet
Meanwhile, add millet to a medium saucepan over medium heat. Toast millet 4-5 minutes until slightly golden and fragrant. Carefully pour in 2 cups of water, 1 tbsp. olive oil and ½ tsp. salt. Stir everything and bring to a boil over high heat. Reduce heat to low, cover and simmer until tender, about 15 minutes. Allow to steam for five minutes with the lid on, then fluff with a fork. Spread on a sheet pan or plate to cool. This last step is optional but prevents the grains from sticking together too much. Adapted from thekitchn.

Toast nuts

Place hazelnuts on a rimmed baking sheet. Roast on bottom oven rack for 7-10 minutes, shaking pan once, until nuts are lightly browned and fragrant. Roughly chop nuts once cool enough to touch. If your nuts still have the papery husks attached, don’t worry about removing them. They’re perfectly edible.

Make Dressing

Combine orange juice, zest and ½ tsp salt in a small bowl. Slowly whisk in ¼ cup olive oil. Taste dressing and add more salt and a grind of pepper, if you like. Set aside.

Assemble Salad

Tear radicchio into bite-size pieces. Add to a large bowl and drizzle in half the dressing. Gently massage radicchio leaves with your hands. Add squash and 1 cup millet to the bowl, then gently mix to combine ingredients. Taste the salad and add additional dressing, salt, and pepper if needed.

Slice off the stem and navel ends of the second orange to reveal the flesh and create a stable base for cutting. Using a sharp knife, “shave” off the peel, following the shape of the fruit and preserving as much of the flesh as possible. Then slice the flesh into thin rounds. 

Top salad with citrus rounds, nuts and optional herbs. Buon appetito! 

A note about leftovers: 

  • The salad is best when eaten the day you make it, but radicchio’s crisp leaves are forgiving, so the wilt factor is minimal compared to more delicate salad veggies. Store in the fridge and bring to room temp before eating. 

  • Any remaining dressing can be refrigerated for a day or two. Bring to room temp before using.

  • Leftover millet can be eaten for breakfast like Cream of Wheat or used as a base for grain bowls. It also freezes well for future use. 

 

For more information on the joys of winter vegetables, check out this informative guide from FoodPrint. 

Gas Stoves: More Than a Lifestyle Choice

This is a cross-posted blog from the Berman Institute of Bioethics’s Global Food Policy and Ethics (GFEPP) blog. It was written by Leslie Engel, MPH, a Science Writer Consultant for the GFEPP.

You’ve likely heard the recent flare up regarding gas stoves, inspired by statements from Richard Trumka Jr. of the Consumer Product Safety Commission (CPSC).

This image is a gas stove burner that is turned on with a flame.

@copyright: Scientific American

It turns out that gas stoves are a major source of indoor air pollution from nitrogen dioxide, carbon monoxide and fine particulate matter, which they emit even when not in use. While discussing the health hazards this poses—-childhood asthma, respiratory illnesses, increased risk for cardiovascular disease and potentially dementia later in life—Trumka floated the idea of a ban if they could not be made safer. 

The reactions were swift and dramatic. One chef taped himself to his beloved gas stove in protest, while food activist and chef Alice Waters declared that she’s ready to go electric. On social media, home cooks passionately defended their gas stoves. And then there were the inflammatory comments from elected officials. To cool things off, the Biden administration quickly announced that there were no plans to ban them.

Based on this public discourse, one might think that the only people potentially impacted by gas stove regulations are chefs, aspirational home cooks and politicians. It’s been discussed as yet another lifestyle choice—one of our freedoms—that’s in danger of being taken away from us. 

And right on cue, Senators Cruz and Manchin have introduced the Gas Stove Protection and Freedom Act, which would prohibit the CPSC from using federal funds to enact bans on gas stoves.

“The federal government has no business telling American families how to cook their dinner, which is why Senator Cruz and I introduced bipartisan legislation to ensure Americans decide how to cook in their own homes,” said Manchin in a press release. 

There’s a lot of hot air blowing around.  

Yet it seems that we haven’t heard from communities disproportionately impacted by the ill effects of indoor air pollution. For example, asthma disproportionately affects low-income families and communities of color: 16% of African American non-Hispanic children, 13% of children of Puerto Rican descent and 11% of kids from homes with incomes less than 100% of the federal poverty level. For comparison, the rate of asthma among white children is 7%.

In a recent study, researchers reported that nearly 13% of childhood asthma cases in the U.S. could be attributed to gas stove usage, on par with secondhand smoke. Those numbers increase in states with higher reliance on gas stoves, like Illinois, New York and California. Kids from low-income households may be at even higher risk of gas exposure due to poor stove ventilation and other factors related to their living situation.  

Many Americans don’t get to decide how to cook their own meals; they live in rental units, public housing or simply cannot afford to replace whatever cooking apparatus they already have. In New York City and Baltimore, gas outages in affordable housing have left residents without a reliable cooking source for weeks and even months at a time. Residents are provided with an electric hot plate, but one has to wonder how this impacts food choices and nutrition in the long run. 

For some, cooking with a gas stove is a lifestyle choice, but for many, it’s simply another structural inequity contributing to poor health outcomes.

By Leslie Engel, MPH, Science Writer Consultant for the Global Food Ethics and Policy Program