Grassland Ecology 101 for Vegans and Synthetic Meat Marketers

First, congratulations on your commitment to making the world a better place. It’s not always popular (or safe) to take a stand on principle when the rest of the world is unaware or insensitive to matters you find extremely important.

However (you knew that was coming), many of your arguments and statements about global ecology have been clouded by a misunderstanding perpetuated by biotech and global corporate agricultural interests. Briefly, let’s look at the two big Red Herrings. Afterwards, I will suggest a path forward to bring strength and resilience to the plant-based movement. [Read Part 2 at https://www.linkedin.com/pulse/grassfed-ecology-101-vegans-calling-change-makes-sense-alan-lewis]

Grassland ecology is quite simple.

  1. Grass puts green leaves upward and roots downward during the growing season. The leaves use air, water and sunlight to make sugars. The carbon and water are stored in the roots as carbohydrates: carbon + water.
  2. If the plant is a food crop, we can often eat the leaves, stem and roots and derive lots of nourishment from them. If the plants are mainly cellulose, our stomachs have no way to digest them.
  3. Grasses (and other plants) evolved with ruminant animals. Ruminants have extra stomachs and sturdy mouths to break down, ferment and digest the cellulose in grasses so the nutrients in them can be absorbed and converted to meat, fat and energy for the animal. What’s left is piss and poop, burps and farts.
  4. Grass must be eaten down by ruminants to survive. Without grazing, grasses grow high, desiccate and oxidize. They slough off their roots and after a few years stop growing altogether. By grazing most of the plant leaves and moving on to new pastures,ruminants revitalize grasslands. Without grazing, the land dies.
  5. Grass is not just what you see above ground. Perennial grasses put down deep roots during the growing season; around the roots a universe of biological activity occurs. The roots exude sugars to attract the previously unconnected microbes and fungi underground. These organisms network themselves and begin to breakdown bedrock into minerals the plant’s roots can absorb. The plant can signal for nutrients and water, or tell the underground miners it is under attack and to create substances to help the plant fight insects and diseases
  6. After a grazing animal eats its leaves, the plant lets most of its root system go dormant. Later it begins growing new roots to reestablish its nutrient and immune support system underground. Here is the magic: the old roots, made of carbon and water, serve as the foundation of new topsoil. Carbon rich soil continues to generate biological activity underground. It forms a sponge that can absorb huge amounts of water from rainfall or flooding, which it slowly releases over time: drought tolerance and flood resilience. This process is critical to carbon sequestration. Health grasslands take carbon from the atmosphere and place it safely underground.
  7. Grasslands without ruminant herds moving from place to place are called deserts. The grass cannot survive. Herds that are left to roam and graze at will don’t hack it. Grasslands need animals to trample the soil crust, digest the leafy matter, deposit poop and pee, and then move on so it can resurrect itself and the soil below: managed grazing.

So where does that leave us? The Big Lie you have been told over and over is that plant-based foods will save the environment. Don’t eat meat! But notice that Mother Earth disagrees. She needs those animals, whether humans eat them or not. The Big Lie depends on you dismissing the natural laws of grassland ecology and focusing solely on industrial livestock practices. You know this one, so I’ll summarize.

Most meat animals are fed by growing GMO corn and soybeans in vast chemical-intensive monocultures that devastate the land (and farmers and rural communities, but I’ve covered that elsewhere). The animals are kept in concentrated feeding areas, served rations that are inappropriate to their digestive systems, fed antibiotics and hormones to make them grow faster, given medications to keep them somewhat healthy in horrible circumstances, then led off to slaughter without ever having set hoof on vegetation or having grazed fresh grass. Their contaminated manure is collected in fetid lagoons until it floods into waterways or is sprayed on fields. Yeah, that’s all horrible and it rightfully has led many folks, including not a few ranchers, to swear off meat. Agreed.

The problem is, many vegans and vegetarians have become convinced that concentrated animal feeding operations described above are the only standard by which to judge plant-based foods and synthetic meat. Nope. We need to judge what we eat based on the best practices of livestock husbandry as it is done in concert with natural systems that we as a species on this planet are fundamentally dependent on. We must have managed ruminant grazing to stop and reverse desertification. We must integrate livestock into agriculture to place atmospheric carbon back underground and provide protection against floods and droughts brought on by climate change. A plant-based diet, and anti-livestock advocacy, fails to take this ecological science into account.

After considering this article, take another look at the marketing messages used by synthetic meat companies like Impossible Burger. They state their product is fundamentally better than beef, but their measures are all based on bad industrial livestock practices. Let’s be blunt: if we all ate Impossible Burgers and abandoned livestock husbandry, the planet would die within a few years. Impossible Burger depends on your ignorance of Grassland Ecology 101. Comparing lab-grown meat only to industrial beef is the Red Herring that keeps the plant-based food movement from being taken seriously by real farmers and ranchers. When you repeat the claims of the makers of synthetic food, especially meat, you are repeating nonsense created by marketing teams and tested on people just like you.

Synthetic meat (and “heme”) is grown by organisms that have been genetically modified, and which are fed steeps derived from genetically modified crops. These are things the human species has never eaten or digested before. They are unregulated, unlabeled and undisclosed. It’s not normal, which is why the global biotech lobby is spending hundreds of millions of dollars on influence campaigns to make it seem normal.

Here’s what’s normal: ruminant animals grazing in a herd and moving along when the grass is sufficiently low. Happy health animals with no need for medicines or grain. Healthy soil with no need of fertilizers or herbicides. So, sure, go plant-based. But don’t fail to respect the plants.

It makes sense to advocate against the terrible practices of the livestock industry. It also makes sense to advocate for regenerative humane practices that global ecology depends on. And it’s not a bad idea to reduce consumption of good meat, too. The Earth can support a finite number of grassland animals.

Last word, to head off some comments. It’s true that there is no such thing as “humane” slaughter. I get that. I’ve seen cattle “put down” (shot through the head with a .357 magnum, in case the euphemism is offensive). You don’t get used to it. However (you knew that was coming), animals are going to die one way or another. It’s not “humane” either when an old cow or young calf is left to be attacked by predators, or when disease takes hold and an animal suffers at the edge of the pasture. If we are not going to kill and eat the animals, but we want to save our planet, we must accept their deaths either way. And if ranchers can’t harvest animals to pay the cost of managing herds and improving the soil, eating vegan will require a hefty tax to keep those farmers on the land and providing those services.

Otherwise, we better get used to a dry, sandy planet.

Reposted with permission from Alan Lewis

Belice: transitando hacia la regeneración

Del 13 al 15 de noviembre de 2018 se realizó en Belmopan Belice, la Primera Conferencia Anual de Agricultura Tropical

Belmopan: “la ciudad Jardín” fue el escenario de la Primera Conferencia Anual de Agricultura Tropical del 13 al 15 de noviembre de 2018, a la que acudieron personas dedicadas a la agroecología, agroforestería, apicultura, ganadería, aves de corral, semillas tradicionales, plantas medicinales, huertos urbanos y rurales, junto con integrantes de la comunidad científica, líderes internacionales de proyectos regenerativos e integrantes del ministerio de agricultura y recursos naturales de Belice.

Diversos actores públicos, privados, de la sociedad civil y academia sumados a los productores de Belice, están intentando que el país sea el primer ejemplo en el continente Americano en lograr una transición Regenerativa.

¿Qué significa regenerativa?

Toda alternativa que contribuya a revertir la degeneración de la tierra, del medio ambiente, del tejido social, de la salud de personas, plantas y animales, la contaminación del agua, el suelo, el uso excesivo de agrotóxicos, la generación de carne de res, aves y lácteos con antibióticos y hormonas y todo tipo de siembras y cultivos bajo sistemas de agricultura industrial.

Es así como la palabra regeneración atrajo durante el primer día a 800 personas y el segundo a 300, provenientes de Belice y de otras naciones como son: Argentina, Chile, Colombia, Costa Rica, Estados Unidos, Guatemala y México, quienes asistieron a conferencias magistrales y talleres simultáneos intercambiando información, conocimientos y estrategias en inglés, español y Maya Kekchi .

Los temas abordados por 6 ponentes internacionales y 13 locales giraron en torno a prácticas regenerativas que permitan “secuestrar”el carbono de la atmósfera y devolverlo a los suelos y mares a través de proyectos de apicultura, semillas nativas, plantas medicinales, agroforestería, vainilla, huertos verdes, cítricos, silvipastoreo, aves de corral, agroturismo, biocarbón, entre otras, para concientizar a la población sobre la importancia de producir de forma agroecológica, holística y sana para proteger la biodiversidad, el agua, la madre tierra, la salud y vida humana, animal y de insectos polinizadores, así como el medio ambiente.

¿Cómo surge Regeneration International?

Regeneración Internacional se conformó en junio de 2015 en la Finca Luna Nueva de Costa Rica, al pie del maravilloso volcán el Arenal, que fue testigo de cómo 60 personas de 21 diferentes naciones -integrantes de comunidades campesinas, científicas, organizaciones civiles, instancias educativas y públicas- establecieron el compromiso común de revertir el calentamiento global y la destrucción del medioambiente a través de prácticas y proyectos regenerativos.

A tres años de su creación, RI aglutina a 250 organizaciones de diferentes países y está consolidando alianzas en Estados Unidos, Sudáfrica, India, Canadá, México, Guatemala y Belice, donde se efectuó la más reciente conferencia.

Algunas de las principales acciones de RI en sus tres años de vida han sido posicionar las prácticas regenerativas como una forma de revertir el calentamiento global en los encuentros internacionales sobre cambio climático (COP 21, 22 y 23), en el de biodiversidad (COP 13), así como en diversos foros internacionales; además de sumarse e impulsar la estrategia 4X1000 Iniciativa climática: Suelos por seguridad alimentaria, que busca incrementar anualmente un 0.4% las reservas de carbono a la tierra, lo que permitiría detener la concentración de CO2 en la atmósfera a través de prácticas orgánicas y regenerativas.

Entre las principales actividades de difusión y educación emprendidas por RI se cuentan: el impulso de una campaña global para educar a tomadores de decisiones públicas sobre agricultura regenerativa como una solución al cambio climático; promover proyectos de agricultura regenerativa, iniciativas públicas y la formación y capacitación dirigida a personas consumidoras, agricultoras, empresarias y políticas, acerca de la importancia de sembrar el planeta para restaurar la salud pública, promover la prosperidad y la paz a escala global.

¿Por qué Regeneración Belice?

La primera conferencia anual en Belice fue impulsada desde hace poco más de un año por tres entusiastas mujeres que de Estados Unidos se mudaron a vivir a Belice hace varias décadas, buscando una nueva forma de vida en armonía con el medio ambiente y la madre tierra: Sally Starkey, Dottie Feucht y Beth Roberson, junto con Inna Sánchez, una joven egresada de la Universidad EARTH y directora de investigación agrícola dentro del ministerio de agricultura.

Ellas, en coordinación con Sustainable Harvest International y Organic Consumers Association (organizaciones integrantes de Regeneration International), comenzaron a gestar esta actividad que constituye el primer modelo regenerativo regional integrado por equipos multidisciplinarios que suman sus esfuerzos para trascender hacia una nación regenerativa.

Y lo más importante, lograron el apoyo del Ministro de Agricultura, Pesca, Forestería, Medioambiente, Desarrollo Sustentable e Inmigración de Belice, Senador Godwin Hulse, quien ha sido agricultor y está comprometido a impulsar políticas públicas para que Belice trascienda hacia una nación regenerativa.

Este escalamiento hacia proyectos regenerativos es fundamental en un país como Belice, con aproximadamente 390 mil personas que viven básicamente del turismo, manufactura, pesca y producción agrícola de cultivos como azúcar, plátano y naranja, cultivos en los que se usan altos niveles de agrotóxicos, lo cual no solo ha contaminado sus tierras y aguas, sino también dañado la salud de quienes siembran y consumen esos alimentos.

Además de que al haber optado por monocultivos de exportación, el país importa grandes cantidades de granos básicos, lo cual constituye un déficit económico y no garantiza la calidad de los alimentos.

Cabe señalar que en los años 50 del siglo pasado se establecieron grandes colonias de comunidades menonitas en Belice, invitadas por el gobierno colonial que les brindó tierras y todo tipo de facilidades para producir. Estos grupos han producido alimentos principalmente para el mercado local; no obstante, usan grandes cantidades de agrotóxicos dentro de un sistema industrial , lo cual no solo ha dañado la tierra y contaminado el agua, sino les ha afectado en su salud.

Por ello, la asistencia de integrantes de la comunidad menonita a la Primera Conferencia Anual de Agricultura Tropical en Belmopan abre una puerta de esperanza para que también estas comunidades, tradicionalmente aisladas para preservar su cultura y forma de vida, accedan a prácticas regenerativas.

Los próximos pasos serán impartir talleres técnicos para la producción de biocarbón, cuidado y preservación de semillas, control agroecológico de malezas, plagas, hongos, entre otros, planeados durante el 2019.

La idea es avanzar gradualmente hacia la conformación de un Belice regenerativo, lo cual no sólo dependerá del compromiso de las autoridades locales para instaurar políticas públicas, sino de la suma de todas y todos los actores sociales de Belice relacionados con el campo, lo cual constituirá un ejemplo no sólo para el continente americano sino para el mundo entero.

Publicado con permiso de Consumidores Orgánicos

Andrea Asch: Healthy Soils, Healthy Farms

The snow in Vermont is slowly melting and the woods and fields are springing to life with shoots of new growth. The soil is also re-awakening and is rich with an abundance of organisms and nutrients. Vermont relies on its soil for its most important economic driver – agriculture, and dairy farms. To keep that engine strong, many dairy farmers have turned to regenerative agriculture. More than just a set of practices, regenerative agriculture broadly supports many important environmental benefits.

Regenerative agriculture is a system of farming that develops the soil as a habitat for organisms, making the soil robust and resilient for the production of healthy crops that ultimately support good animal nutrition and contribute to quality milk.

The foundation of regenerative agriculture is a set of practices based on concepts that improve soil health:

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Will Soil Save Us? Carbon Sequestration Through Agriculture

When I taught kindergarten many years ago, I remember when 6-year old Flo fixed her china-blue eyes on me one morning and said she had just figured something out: “Everything in the world is alive,” she declared, “but in its own way.”

Flo’s words come to mind this spring as I get my hands into the earth. I am always awestruck in nature, but these days there’s also an undercurrent of dull grief and panic about climate change. All life, present in all of its variation and complexity, is cherished more than ever before. Every bee and butterfly that enters my garden will get the best seat at the table.

I’m also mindful of my grandfather, a Dutch immigrant who acquired land in southwestern Minnesota in the late 1800s and “broke the prairie” with a sharpened plow and a team of good horses.

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Opinion: Pesticide Safety Unproven (André Leu)

It might surprise you to learn that there is no scientific proof of safety for the majority of the pesticides, additives or chemicals that companies put in our food and our body care and household products. Most are not tested, and when there is testing, it misses the vast majority of diseases at the normal rates at which they occur due to faulty protocols.

According to the World Health Organization (WHO), there is a global epidemic of non-communicable chronic diseases: “Non-communicable diseases (NCDs), such as heart disease, stroke, cancer, chronic respiratory diseases and diabetes, are the leading cause of mortality in the world. This invisible epidemic is an under-appreciated cause of poverty and hinders the economic development of many countries. The burden is growing — the number of people, families and communities afflicted is increasing.”

You cannot catch these diseases from other people. Their multiple causes are a result of environment and lifestyle.

KEEP READING ON ECO FARMING DAILY

El Green New Deal de Alexandria Ocasio-Cortez: cómo es el ambicioso plan contra el cambio climático de la congresista más joven de EE.UU.

“¡La gente se está muriendo! ¡Están muriendo!”.

La congresista más joven de Estados Unidos, la demócrata Alexandria Ocasio-Cortez, realizó esta semana una apasionada defensa del Green New Deal (Nuevo Acuerdo Verde), una propuesta elaborada por ella y el senador demócrata Ed Markey para combatir el cambio climático al tiempo que promueve medidas para reducir la desigualdad económica en Estados Unidos.

La intervención de Ocasio-Cortez se produjo como reacción a las críticas del senador republicano Sean Duffy, que calificó la propuesta de “hipocresía elitista”durante una sesión en el Senado el pasado martes en la que el documento fue ampliamente rechazado en una votación que los demócratas calificaron de “montaje político”.

“¿Le quieren decir a la gente que su preocupación, su deseo de tener agua y aire limpios es elitista? Díganselo a los niños del Bronx que sufren de las tasas más altas de asma infantil en el país“, expuso Ocasio-Cortez indignada.

Siga leyendo en BBC News Mundo

Farmers Are Excited about Soil Health. That’s Good News for All of Us

“When we think about the challenges in agriculture, carbon—and how to sequester it—is near the top.” So said Roger Johnson, the president of the National Farmers Union (NFU), in opening the grassroots organization’s 2019 annual convention in March. Storing carbon in farm soils is an important climate change solution, but building the health of those soils is also critical for ensuring clean water for communities and helping farmers be productive while coping with the consequences of a climate that is already changing. And throughout the NFU’s three-day gathering, the phrase “soil health” and talk about strategies to achieve it seemed to be on everyone’s tongue.

Though it is hard to quantify, surveys suggest that many US farmers are already taking steps to build soil health and store carbon in their soils.

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Making the Most of the ‘UN Decade on Ecosystems Restoration’: Bioregional Regenerative Development as a Deep Adaptation Pathway

Ecosystem Restoration Camps is a non-profit organisation founded by a movement of people who wanted an action-based solution to address accelerating climate change. The camps are a practical, hands on way to restore land degraded by humans. Our mission is to work with local communities and build camps that transform degraded landscapes into lush, abundant, life-giving ecosystems. We are committed to preserving our planet for future generations. (Source)

On a crisp and frosty April morning in the North of Scotland in 2002, at the Findhorn Foundation ecovillage, some 250 activists and landscape restoration practitioners from all over the world declared the 21st Century as the ‘Century for Earth Restoration’. The conference was called by Alan Watson Featherstone who set up Trees for Life, a project that has since planted close to two million native trees to restore Scotland’s great ‘Caledonian Forest’.

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Ecological Agriculture Needs to Be Made a Priority

The number of farmers moving to ecological agriculture in its various forms — agroecology, organic, biological, biodynamic, regenerative — continues to grow as farmers and consumers become more aware of the harm pesticides and synthetic fertilisers cause to health and the environment.

Alan Broughton takes a look at this phenomenon and asks why the majority of farmers are still holding on to chemical methods and what can be done to increase the ecological uptake.

***

At an organic soil management class that I taught in Shepparton, Victoria, I asked each of the dozen participants why they were interested in organics. Everyone of them told me their prime motivating factor was personal and family health.

Secondary reasons included concern for the environment, animal health, the high cost of inputs and a desire to be proud of their produce.

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Regenerative Grazing: A Way Forward for Land and Reef

Dozens of fence line images were presented at the Reef Catchments Sustainable Grazing forum in Mackay on March 28, showing, on one side, strong dense pastures consistently out-performing neighbouring properties using traditional approaches. Some of the most compelling images came from properties in drought regions, where the vastly improved water-holding capacity created by lively soils and strong, deep root structures of regenerative grazing pastures meant there was still coverage on those paddocks.

The forum featured speakers covering a range of topics around grazing, including a compelling big-picture presentation on philosophy and the broader implications of regenerative grazing around climate and land management from special guest, grazier and author Dr Charles Massy.

David McKean from Resource Consulting Services (RCS) gave a highly practical outline of key considerations and techniques in regenerative grazing, including a range of case studies from various climate and landscape types.

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