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#regag — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #regag, aggregated by home.social.

  1. @benedikt_haug @plant_holobiont

    Hey, that is amazing!

    The use of woodchips from pruning residues to enhance #SoilOrganicMatter, #SoilMicrobiology and thus #SoilFertility is a very good example of #RegenerativeAgriculture (but without the bloat).

    I also recommend the videos by Olivier:
    youtube.com/watch?v=cOcvR46yDD

    These people know that there is no one-size-fits-all in agriculture, but that this system has great potential to improve #SoilHealth. Currently it's more about intensive* systems like horticulture or viticulture (for arable fields there just isn't enough wood available).
    And we need to be be aware about possible emissions of CO2 (the soil microbes "consume" the wood chips over time, although a share gets converted into relatively stable soil organic matter while the plants get nurtured) and what happens with the N cycle. Here, the team of the URBAG project, headed by Gara Villalba at UAB-ICTA did recently some interesting life cycle assessments and gas measurements and the Carboniato system seems to have a tight microbial nutrient cycling in the high C soil which decreases losses while allowing the plants to access nutrients.

    So, carboniato is an impressive system, and I am very glad that you take it tho the netherlands!

    There is still a lot of research to do, but here you can use your skills and academic structures for the #AgroecologicalTransformation . Congrats.
    Followed :ecoanarchism_heart:

    @uab

    * intensive as in: a lot of work and input goes in to produce high-value crops. No judgement here(!)

    #agroecology #ConservationAgriculture #RegAg #FoodSovereignity #ClimateSmartFarming

  2. @benedikt_haug @plant_holobiont

    Hey, that is amazing!

    The use of woodchips from pruning residues to enhance #SoilOrganicMatter, #SoilMicrobiology and thus #SoilFertility is a very good example of #RegenerativeAgriculture (but without the bloat).

    I also recommend the videos by Olivier:
    youtube.com/watch?v=cOcvR46yDD

    These people know that there is no one-size-fits-all in agriculture, but that this system has great potential to improve #SoilHealth. Currently it's more about intensive* systems like horticulture or viticulture (for arable fields there just isn't enough wood available).
    And we need to be be aware about possible emissions of CO2 (the soil microbes "consume" the wood chips over time, although a share gets converted into relatively stable soil organic matter while the plants get nurtured) and what happens with the N cycle. Here, the team of the URBAG project, headed by Gara Villalba at UAB-ICTA did recently some interesting life cycle assessments and gas measurements and the Carboniato system seems to have a tight microbial nutrient cycling in the high C soil which decreases losses while allowing the plants to access nutrients.

    So, carboniato is an impressive system, and I am very glad that you take it tho the netherlands!

    There is still a lot of research to do, but here you can use your skills and academic structures for the #AgroecologicalTransformation . Congrats.
    Followed :ecoanarchism_heart:

    @uab

    * intensive as in: a lot of work and input goes in to produce high-value crops. No judgement here(!)

    #agroecology #ConservationAgriculture #RegAg #FoodSovereignity #ClimateSmartFarming

  3. @benedikt_haug @plant_holobiont

    Hey, that is amazing!

    The use of woodchips from pruning residues to enhance #SoilOrganicMatter, #SoilMicrobiology and thus #SoilFertility is a very good example of #RegenerativeAgriculture (but without the bloat).

    I also recommend the videos by Olivier:
    youtube.com/watch?v=cOcvR46yDD

    These people know that there is no one-size-fits-all in agriculture, but that this system has great potential to improve #SoilHealth. Currently it's more about intensive* systems like horticulture or viticulture (for arable fields there just isn't enough wood available).
    And we need to be be aware about possible emissions of CO2 (the soil microbes "consume" the wood chips over time, although a share gets converted into relatively stable soil organic matter while the plants get nurtured) and what happens with the N cycle. Here, the team of the URBAG project, headed by Gara Villalba at UAB-ICTA did recently some interesting life cycle assessments and gas measurements and the Carboniato system seems to have a tight microbial nutrient cycling in the high C soil which decreases losses while allowing the plants to access nutrients.

    So, carboniato is an impressive system, and I am very glad that you take it tho the netherlands!

    There is still a lot of research to do, but here you can use your skills and academic structures for the #AgroecologicalTransformation . Congrats.
    Followed :ecoanarchism_heart:

    @uab

    * intensive as in: a lot of work and input goes in to produce high-value crops. No judgement here(!)

    #agroecology #ConservationAgriculture #RegAg #FoodSovereignity #ClimateSmartFarming

  4. @benedikt_haug @plant_holobiont

    Hey, that is amazing!

    The use of woodchips from pruning residues to enhance #SoilOrganicMatter, #SoilMicrobiology and thus #SoilFertility is a very good example of #RegenerativeAgriculture (but without the bloat).

    I also recommend the videos by Olivier:
    youtube.com/watch?v=cOcvR46yDD

    These people know that there is no one-size-fits-all in agriculture, but that this system has great potential to improve #SoilHealth. Currently it's more about intensive* systems like horticulture or viticulture (for arable fields there just isn't enough wood available).
    And we need to be be aware about possible emissions of CO2 (the soil microbes "consume" the wood chips over time, although a share gets converted into relatively stable soil organic matter while the plants get nurtured) and what happens with the N cycle. Here, the team of the URBAG project, headed by Gara Villalba at UAB-ICTA did recently some interesting life cycle assessments and gas measurements and the Carboniato system seems to have a tight microbial nutrient cycling in the high C soil which decreases losses while allowing the plants to access nutrients.

    So, carboniato is an impressive system, and I am very glad that you take it tho the netherlands!

    There is still a lot of research to do, but here you can use your skills and academic structures for the #AgroecologicalTransformation . Congrats.
    Followed :ecoanarchism_heart:

    @uab

    * intensive as in: a lot of work and input goes in to produce high-value crops. No judgement here(!)

    #agroecology #ConservationAgriculture #RegAg #FoodSovereignity #ClimateSmartFarming

  5. @benedikt_haug @plant_holobiont

    Hey, that is amazing!

    The use of woodchips from pruning residues to enhance #SoilOrganicMatter, #SoilMicrobiology and thus #SoilFertility is a very good example of #RegenerativeAgriculture (but without the bloat).

    I also recommend the videos by Olivier:
    youtube.com/watch?v=cOcvR46yDD

    These people know that there is no one-size-fits-all in agriculture, but that this system has great potential to improve #SoilHealth. Currently it's more about intensive* systems like horticulture or viticulture (for arable fields there just isn't enough wood available).
    And we need to be be aware about possible emissions of CO2 (the soil microbes "consume" the wood chips over time, although a share gets converted into relatively stable soil organic matter while the plants get nurtured) and what happens with the N cycle. Here, the team of the URBAG project, headed by Gara Villalba at UAB-ICTA did recently some interesting life cycle assessments and gas measurements and the Carboniato system seems to have a tight microbial nutrient cycling in the high C soil which decreases losses while allowing the plants to access nutrients.

    So, carboniato is an impressive system, and I am very glad that you take it tho the netherlands!

    There is still a lot of research to do, but here you can use your skills and academic structures for the #AgroecologicalTransformation . Congrats.
    Followed :ecoanarchism_heart:

    @uab

    * intensive as in: a lot of work and input goes in to produce high-value crops. No judgement here(!)

    #agroecology #ConservationAgriculture #RegAg #FoodSovereignity #ClimateSmartFarming

  6. CW: What is agroecology?

    Agroecology is a social movement originated by peasant farmers in the global south but nowadays spread over the whole world.

    agroecologyfund.org/what-is-ag

    One of the main organizations is @ViaCampesina .

    And agroecology is a field of research where scientists combine the most advanced interdisciplinary knowledge of agricultural ecosystems (I am a soil microbiologist and work with botanists, entomologists (insects), agronomists, food chemists, but also sociologists and economists) with the applied understanding of farmers and indigenous people to develop and promote sustainable farming techniques and a transformation of the food system.

    This is because from a scientific point of view, the industrial food system has way too many disadvantages, destroying the planet, society and our health.

    #AgroecologicalTransition #Agroecology #Agriculture #FoodSystems #SustainableAgriculture #RegenerativeAgriculture #RegAg #OrganicAgriculture #PeasantFarming #SmallholderFarmers #PeasantAgriculture #HealthyFood #SoilScience #Agroecosystems #ViaCampesina

    @notsoloud

  7. CW: What is agroecology?

    Agroecology is a social movement originated by peasant farmers in the global south but nowadays spread over the whole world.

    agroecologyfund.org/what-is-ag

    One of the main organizations is @ViaCampesina .

    And agroecology is a field of research where scientists combine the most advanced interdisciplinary knowledge of agricultural ecosystems (I am a soil microbiologist and work with botanists, entomologists (insects), agronomists, food chemists, but also sociologists and economists) with the applied understanding of farmers and indigenous people to develop and promote sustainable farming techniques and a transformation of the food system.

    This is because from a scientific point of view, the industrial food system has way too many disadvantages, destroying the planet, society and our health.

    #AgroecologicalTransition #Agroecology #Agriculture #FoodSystems #SustainableAgriculture #RegenerativeAgriculture #RegAg #OrganicAgriculture #PeasantFarming #SmallholderFarmers #PeasantAgriculture #HealthyFood #SoilScience #Agroecosystems #ViaCampesina

    @notsoloud

  8. CW: What is agroecology?

    Agroecology is a social movement originated by peasant farmers in the global south but nowadays spread over the whole world.

    agroecologyfund.org/what-is-ag

    One of the main organizations is @ViaCampesina .

    And agroecology is a field of research where scientists combine the most advanced interdisciplinary knowledge of agricultural ecosystems (I am a soil microbiologist and work with botanists, entomologists (insects), agronomists, food chemists, but also sociologists and economists) with the applied understanding of farmers and indigenous people to develop and promote sustainable farming techniques and a transformation of the food system.

    This is because from a scientific point of view, the industrial food system has way too many disadvantages, destroying the planet, society and our health.

    #AgroecologicalTransition #Agroecology #Agriculture #FoodSystems #SustainableAgriculture #RegenerativeAgriculture #RegAg #OrganicAgriculture #PeasantFarming #SmallholderFarmers #PeasantAgriculture #HealthyFood #SoilScience #Agroecosystems #ViaCampesina

    @notsoloud

  9. CW: What is agroecology?

    Agroecology is a social movement originated by peasant farmers in the global south but nowadays spread over the whole world.

    agroecologyfund.org/what-is-ag

    One of the main organizations is @ViaCampesina .

    And agroecology is a field of research where scientists combine the most advanced interdisciplinary knowledge of agricultural ecosystems (I am a soil microbiologist and work with botanists, entomologists (insects), agronomists, food chemists, but also sociologists and economists) with the applied understanding of farmers and indigenous people to develop and promote sustainable farming techniques and a transformation of the food system.

    This is because from a scientific point of view, the industrial food system has way too many disadvantages, destroying the planet, society and our health.

    #AgroecologicalTransition #Agroecology #Agriculture #FoodSystems #SustainableAgriculture #RegenerativeAgriculture #RegAg #OrganicAgriculture #PeasantFarming #SmallholderFarmers #PeasantAgriculture #HealthyFood #SoilScience #Agroecosystems #ViaCampesina

    @notsoloud

  10. CW: What is agroecology?

    Agroecology is a social movement originated by peasant farmers in the global south but nowadays spread over the whole world.

    agroecologyfund.org/what-is-ag

    One of the main organizations is @ViaCampesina .

    And agroecology is a field of research where scientists combine the most advanced interdisciplinary knowledge of agricultural ecosystems (I am a soil microbiologist and work with botanists, entomologists (insects), agronomists, food chemists, but also sociologists and economists) with the applied understanding of farmers and indigenous people to develop and promote sustainable farming techniques and a transformation of the food system.

    This is because from a scientific point of view, the industrial food system has way too many disadvantages, destroying the planet, society and our health.

    #AgroecologicalTransition #Agroecology #Agriculture #FoodSystems #SustainableAgriculture #RegenerativeAgriculture #RegAg #OrganicAgriculture #PeasantFarming #SmallholderFarmers #PeasantAgriculture #HealthyFood #SoilScience #Agroecosystems #ViaCampesina

    @notsoloud

  11. Dear #RegenerativeAgriculture community,

    Maybe your efforts to promote improved farming techniques would be taken more serious if you'd use less hyperbole.

    JFK. It should be possible to present the benefits of regenerative agriculture _without_ selling hot air.

    #RegAg #Permaculture #Horticulture #Agriculture #SustainableAgriculture #AgriculturalTransition #Agroecology #NoTill #Mulching #BioChar #Keyline #Agroforestry

  12. Dear #RegenerativeAgriculture community,

    Maybe your efforts to promote improved farming techniques would be taken more serious if you'd use less hyperbole.

    JFK. It should be possible to present the benefits of regenerative agriculture _without_ selling hot air.

    #RegAg #Permaculture #Horticulture #Agriculture #SustainableAgriculture #AgriculturalTransition #Agroecology #NoTill #Mulching #BioChar #Keyline #Agroforestry

  13. Dear #RegenerativeAgriculture community,

    Maybe your efforts to promote improved farming techniques would be taken more serious if you'd use less hyperbole.

    JFK. It should be possible to present the benefits of regenerative agriculture _without_ selling hot air.

    #RegAg #Permaculture #Horticulture #Agriculture #SustainableAgriculture #AgriculturalTransition #Agroecology #NoTill #Mulching #BioChar #Keyline #Agroforestry

  14. Dear #RegenerativeAgriculture community,

    Maybe your efforts to promote improved farming techniques would be taken more serious if you'd use less hyperbole.

    JFK. It should be possible to present the benefits of regenerative agriculture _without_ selling hot air.

    #RegAg #Permaculture #Horticulture #Agriculture #SustainableAgriculture #AgriculturalTransition #Agroecology #NoTill #Mulching #BioChar #Keyline #Agroforestry

  15. Dear #RegenerativeAgriculture community,

    Maybe your efforts to promote improved farming techniques would be taken more serious if you'd use less hyperbole.

    JFK. It should be possible to present the benefits of regenerative agriculture _without_ selling hot air.

    #RegAg #Permaculture #Horticulture #Agriculture #SustainableAgriculture #AgriculturalTransition #Agroecology #NoTill #Mulching #BioChar #Keyline #Agroforestry

  16. Without ploughing, regenerative farming encourages glyphosate herbicide use. "92% of readers planned to use glyphosate for weed control this year"
    #RegAg #herbicides #pesticides #farming
    Is Glyphosate Harming Your No-Tilled Soils? (no-tillfarmer.com)

  17. Without ploughing, regenerative farming encourages glyphosate herbicide use. "92% of readers planned to use glyphosate for weed control this year"
    #RegAg #herbicides #pesticides #farming
    Is Glyphosate Harming Your No-Tilled Soils? (no-tillfarmer.com)

  18. Without ploughing, regenerative farming encourages glyphosate herbicide use. "92% of readers planned to use glyphosate for weed control this year"
    #RegAg #herbicides #pesticides #farming
    Is Glyphosate Harming Your No-Tilled Soils? (no-tillfarmer.com)

  19. Without ploughing, regenerative farming encourages glyphosate herbicide use. "92% of readers planned to use glyphosate for weed control this year"
    #RegAg #herbicides #pesticides #farming
    Is Glyphosate Harming Your No-Tilled Soils? (no-tillfarmer.com)

  20. Without ploughing, regenerative farming encourages glyphosate herbicide use. "92% of readers planned to use glyphosate for weed control this year"
    #RegAg #herbicides #pesticides #farming
    Is Glyphosate Harming Your No-Tilled Soils? (no-tillfarmer.com)

  21. CW: Regenerative Agriculture

    While I endorse totally #RegenerativeAgriculture being more sustainable agricultural practices a key part of the puzzle on how to solve the multiple crisis we are facing, I am one of the serious looking guys that always call for caution with the hyperbolic claims.

    Many people in the #RegAg community grossly exagerate its potential to attract funding and popularity.
    It could be argued that this is ok, since RegAg is definitely an improvement compared to what we have now, but there are several biophysical limitations that will not allow RegAg alone to save the world.

    a) in order to apply large amounts of compost, first you need to produce a lot of biomass.
    b) Soil Organic Matter (SOM) is not a stable thing. It degrades progressi ely after some decades (yes, there are claims that "with RegAg-technique X SOM gets stabilized", but they didn't study this in long-term experiments)
    c) in agriculture, there is no one-size-fits-all. E.g. if you wonder why in warmer, drier climates there is little SOM, it might be for some reason and not only because of bad agricultural practices.
    d) Regenerative Agriculture needs to strengthen the focus on social and economic issues. Team up with the #Agroecology movement, as only an #ecosocialTransformation will give farmers the structure to achieve #FoodSovereignity while caring the planet.

    So, promote Regenerative Agriculture, but be careful with the claims, as it won't help if in some years people will identify us as liars having promised too much.

    Sorry for being boring 🤓

    @exador23 @donkeyherder

  22. CW: Regenerative Agriculture

    While I endorse totally #RegenerativeAgriculture being more sustainable agricultural practices a key part of the puzzle on how to solve the multiple crisis we are facing, I am one of the serious looking guys that always call for caution with the hyperbolic claims.

    Many people in the #RegAg community grossly exagerate its potential to attract funding and popularity.
    It could be argued that this is ok, since RegAg is definitely an improvement compared to what we have now, but there are several biophysical limitations that will not allow RegAg alone to save the world.

    a) in order to apply large amounts of compost, first you need to produce a lot of biomass.
    b) Soil Organic Matter (SOM) is not a stable thing. It degrades progressi ely after some decades (yes, there are claims that "with RegAg-technique X SOM gets stabilized", but they didn't study this in long-term experiments)
    c) in agriculture, there is no one-size-fits-all. E.g. if you wonder why in warmer, drier climates there is little SOM, it might be for some reason and not only because of bad agricultural practices.
    d) Regenerative Agriculture needs to strengthen the focus on social and economic issues. Team up with the #Agroecology movement, as only an #ecosocialTransformation will give farmers the structure to achieve #FoodSovereignity while caring the planet.

    So, promote Regenerative Agriculture, but be careful with the claims, as it won't help if in some years people will identify us as liars having promised too much.

    Sorry for being boring 🤓

    @exador23 @donkeyherder

  23. CW: Regenerative Agriculture

    While I endorse totally #RegenerativeAgriculture being more sustainable agricultural practices a key part of the puzzle on how to solve the multiple crisis we are facing, I am one of the serious looking guys that always call for caution with the hyperbolic claims.

    Many people in the #RegAg community grossly exagerate its potential to attract funding and popularity.
    It could be argued that this is ok, since RegAg is definitely an improvement compared to what we have now, but there are several biophysical limitations that will not allow RegAg alone to save the world.

    a) in order to apply large amounts of compost, first you need to produce a lot of biomass.
    b) Soil Organic Matter (SOM) is not a stable thing. It degrades progressi ely after some decades (yes, there are claims that "with RegAg-technique X SOM gets stabilized", but they didn't study this in long-term experiments)
    c) in agriculture, there is no one-size-fits-all. E.g. if you wonder why in warmer, drier climates there is little SOM, it might be for some reason and not only because of bad agricultural practices.
    d) Regenerative Agriculture needs to strengthen the focus on social and economic issues. Team up with the #Agroecology movement, as only an #ecosocialTransformation will give farmers the structure to achieve #FoodSovereignity while caring the planet.

    So, promote Regenerative Agriculture, but be careful with the claims, as it won't help if in some years people will identify us as liars having promised too much.

    Sorry for being boring 🤓

    @exador23 @donkeyherder

  24. CW: Regenerative Agriculture

    While I endorse totally #RegenerativeAgriculture being more sustainable agricultural practices a key part of the puzzle on how to solve the multiple crisis we are facing, I am one of the serious looking guys that always call for caution with the hyperbolic claims.

    Many people in the #RegAg community grossly exagerate its potential to attract funding and popularity.
    It could be argued that this is ok, since RegAg is definitely an improvement compared to what we have now, but there are several biophysical limitations that will not allow RegAg alone to save the world.

    a) in order to apply large amounts of compost, first you need to produce a lot of biomass.
    b) Soil Organic Matter (SOM) is not a stable thing. It degrades progressi ely after some decades (yes, there are claims that "with RegAg-technique X SOM gets stabilized", but they didn't study this in long-term experiments)
    c) in agriculture, there is no one-size-fits-all. E.g. if you wonder why in warmer, drier climates there is little SOM, it might be for some reason and not only because of bad agricultural practices.
    d) Regenerative Agriculture needs to strengthen the focus on social and economic issues. Team up with the #Agroecology movement, as only an #ecosocialTransformation will give farmers the structure to achieve #FoodSovereignity while caring the planet.

    So, promote Regenerative Agriculture, but be careful with the claims, as it won't help if in some years people will identify us as liars having promised too much.

    Sorry for being boring 🤓

    @exador23 @donkeyherder

  25. CW: Regenerative Agriculture

    While I endorse totally #RegenerativeAgriculture being more sustainable agricultural practices a key part of the puzzle on how to solve the multiple crisis we are facing, I am one of the serious looking guys that always call for caution with the hyperbolic claims.

    Many people in the #RegAg community grossly exagerate its potential to attract funding and popularity.
    It could be argued that this is ok, since RegAg is definitely an improvement compared to what we have now, but there are several biophysical limitations that will not allow RegAg alone to save the world.

    a) in order to apply large amounts of compost, first you need to produce a lot of biomass.
    b) Soil Organic Matter (SOM) is not a stable thing. It degrades progressi ely after some decades (yes, there are claims that "with RegAg-technique X SOM gets stabilized", but they didn't study this in long-term experiments)
    c) in agriculture, there is no one-size-fits-all. E.g. if you wonder why in warmer, drier climates there is little SOM, it might be for some reason and not only because of bad agricultural practices.
    d) Regenerative Agriculture needs to strengthen the focus on social and economic issues. Team up with the #Agroecology movement, as only an #ecosocialTransformation will give farmers the structure to achieve #FoodSovereignity while caring the planet.

    So, promote Regenerative Agriculture, but be careful with the claims, as it won't help if in some years people will identify us as liars having promised too much.

    Sorry for being boring 🤓

    @exador23 @donkeyherder

  26. CW: Regenerative agriculture and agricultural science

    Some days I explain concepts of regenerative agriculture to others. Other moments I feel the regenerative agriculture business bubble as my nemesis. 🤪

    Let me explain:
    As input-maximised and yield-optimized industrializ agriculture is so horribly bad at preserving the environment, including its own basic requirements (soil & water, biodiversity, climate), the bar for doing things better is really not that high.
    Regenerative Agriculture (#RegAg) additionally builds on traditional knowledge, pionering farmer's experience and good science. "Conventional" agricultural science doesn't really collaborate with farmers. At Universities, most stuff is investigated epistemologically, meaning cutting a system into single, tiny, easier-to-handle bits to understand and classify how they work. The sum yields then the whole.
    Biology does not work like this. Hypercomplex ecosystems don't work like this. You need a holistic vision and look at the system. The direct benefit from understanding is that you work with nature, not against her. We call this "ecosystem services" and try to quantify the economic benefit of functional biodiversity.
    This is complex and it is more difficult to sell stuff (therefore the industry is not so interested) or to write scientific publications (therefore scientists are not so interested).
    Every some decades since around 100 years, somebody finds out that the reductionist approach is a very bad Idea and very cool people develop together new ideas.
    As the more established researcher institutions have some problems with the newcomers, these alternative fields attract brillant independent researchers and pioneer farmers. This time it is RegAg (the climax of thepermaculture wave seems to be over). However, a new field of endless possibilities attract also entrepreneurs. As the regular systems of control do not work properly because most of the more established academia doesn't want to engage with these new & 'esoteric' techniques, it ibecomes easy for snake oil sellers to make great, hyperbolic promises. Together with charismatic personalities using effective communication techniques they reach a large audience of practitioners that are worried because they notice that industrial agriculture ruined their fields visibly already in their lifespan.
    Many of the techniques make totally sense. Others less. Or just in some cases: in agriculture, there is no silver bullet. Even my most beloved combination of techniques (cover crops, reduced tillage & mulching) does not work in many places (too wet, too dry, too cold...).
    But most RegAg-ideas are still much better than the conventional techniques. Therefore, I can (and have to) accept a lot of hot air from RegAg prophets. Although many of their claims are totally exxagerated, often they do more good by convincing many people. And real farmers anyway do what they want and adapt their systems.
    I just hope that not too many will get frustrated when the expensive courses and great promises don't play out as expected.

    @ramonita @un_blaze

    #RegAg #RegenerativeAgriculture #Agroecology #NoTill #Mulching #Horticulture #ElaineIngham

  27. CW: Regenerative agriculture and agricultural science

    Some days I explain concepts of regenerative agriculture to others. Other moments I feel the regenerative agriculture business bubble as my nemesis. 🤪

    Let me explain:
    As input-maximised and yield-optimized industrializ agriculture is so horribly bad at preserving the environment, including its own basic requirements (soil & water, biodiversity, climate), the bar for doing things better is really not that high.
    Regenerative Agriculture (#RegAg) additionally builds on traditional knowledge, pionering farmer's experience and good science. "Conventional" agricultural science doesn't really collaborate with farmers. At Universities, most stuff is investigated epistemologically, meaning cutting a system into single, tiny, easier-to-handle bits to understand and classify how they work. The sum yields then the whole.
    Biology does not work like this. Hypercomplex ecosystems don't work like this. You need a holistic vision and look at the system. The direct benefit from understanding is that you work with nature, not against her. We call this "ecosystem services" and try to quantify the economic benefit of functional biodiversity.
    This is complex and it is more difficult to sell stuff (therefore the industry is not so interested) or to write scientific publications (therefore scientists are not so interested).
    Every some decades since around 100 years, somebody finds out that the reductionist approach is a very bad Idea and very cool people develop together new ideas.
    As the more established researcher institutions have some problems with the newcomers, these alternative fields attract brillant independent researchers and pioneer farmers. This time it is RegAg (the climax of thepermaculture wave seems to be over). However, a new field of endless possibilities attract also entrepreneurs. As the regular systems of control do not work properly because most of the more established academia doesn't want to engage with these new & 'esoteric' techniques, it ibecomes easy for snake oil sellers to make great, hyperbolic promises. Together with charismatic personalities using effective communication techniques they reach a large audience of practitioners that are worried because they notice that industrial agriculture ruined their fields visibly already in their lifespan.
    Many of the techniques make totally sense. Others less. Or just in some cases: in agriculture, there is no silver bullet. Even my most beloved combination of techniques (cover crops, reduced tillage & mulching) does not work in many places (too wet, too dry, too cold...).
    But most RegAg-ideas are still much better than the conventional techniques. Therefore, I can (and have to) accept a lot of hot air from RegAg prophets. Although many of their claims are totally exxagerated, often they do more good by convincing many people. And real farmers anyway do what they want and adapt their systems.
    I just hope that not too many will get frustrated when the expensive courses and great promises don't play out as expected.

    @ramonita @un_blaze

    #RegAg #RegenerativeAgriculture #Agroecology #NoTill #Mulching #Horticulture #ElaineIngham

  28. CW: Regenerative agriculture and agricultural science

    Some days I explain concepts of regenerative agriculture to others. Other moments I feel the regenerative agriculture business bubble as my nemesis. 🤪

    Let me explain:
    As input-maximised and yield-optimized industrializ agriculture is so horribly bad at preserving the environment, including its own basic requirements (soil & water, biodiversity, climate), the bar for doing things better is really not that high.
    Regenerative Agriculture (#RegAg) additionally builds on traditional knowledge, pionering farmer's experience and good science. "Conventional" agricultural science doesn't really collaborate with farmers. At Universities, most stuff is investigated epistemologically, meaning cutting a system into single, tiny, easier-to-handle bits to understand and classify how they work. The sum yields then the whole.
    Biology does not work like this. Hypercomplex ecosystems don't work like this. You need a holistic vision and look at the system. The direct benefit from understanding is that you work with nature, not against her. We call this "ecosystem services" and try to quantify the economic benefit of functional biodiversity.
    This is complex and it is more difficult to sell stuff (therefore the industry is not so interested) or to write scientific publications (therefore scientists are not so interested).
    Every some decades since around 100 years, somebody finds out that the reductionist approach is a very bad Idea and very cool people develop together new ideas.
    As the more established researcher institutions have some problems with the newcomers, these alternative fields attract brillant independent researchers and pioneer farmers. This time it is RegAg (the climax of thepermaculture wave seems to be over). However, a new field of endless possibilities attract also entrepreneurs. As the regular systems of control do not work properly because most of the more established academia doesn't want to engage with these new & 'esoteric' techniques, it ibecomes easy for snake oil sellers to make great, hyperbolic promises. Together with charismatic personalities using effective communication techniques they reach a large audience of practitioners that are worried because they notice that industrial agriculture ruined their fields visibly already in their lifespan.
    Many of the techniques make totally sense. Others less. Or just in some cases: in agriculture, there is no silver bullet. Even my most beloved combination of techniques (cover crops, reduced tillage & mulching) does not work in many places (too wet, too dry, too cold...).
    But most RegAg-ideas are still much better than the conventional techniques. Therefore, I can (and have to) accept a lot of hot air from RegAg prophets. Although many of their claims are totally exxagerated, often they do more good by convincing many people. And real farmers anyway do what they want and adapt their systems.
    I just hope that not too many will get frustrated when the expensive courses and great promises don't play out as expected.

    @ramonita @un_blaze

    #RegAg #RegenerativeAgriculture #Agroecology #NoTill #Mulching #Horticulture #ElaineIngham

  29. CW: Regenerative agriculture and agricultural science

    Some days I explain concepts of regenerative agriculture to others. Other moments I feel the regenerative agriculture business bubble as my nemesis. 🤪

    Let me explain:
    As input-maximised and yield-optimized industrializ agriculture is so horribly bad at preserving the environment, including its own basic requirements (soil & water, biodiversity, climate), the bar for doing things better is really not that high.
    Regenerative Agriculture (#RegAg) additionally builds on traditional knowledge, pionering farmer's experience and good science. "Conventional" agricultural science doesn't really collaborate with farmers. At Universities, most stuff is investigated epistemologically, meaning cutting a system into single, tiny, easier-to-handle bits to understand and classify how they work. The sum yields then the whole.
    Biology does not work like this. Hypercomplex ecosystems don't work like this. You need a holistic vision and look at the system. The direct benefit from understanding is that you work with nature, not against her. We call this "ecosystem services" and try to quantify the economic benefit of functional biodiversity.
    This is complex and it is more difficult to sell stuff (therefore the industry is not so interested) or to write scientific publications (therefore scientists are not so interested).
    Every some decades since around 100 years, somebody finds out that the reductionist approach is a very bad Idea and very cool people develop together new ideas.
    As the more established researcher institutions have some problems with the newcomers, these alternative fields attract brillant independent researchers and pioneer farmers. This time it is RegAg (the climax of thepermaculture wave seems to be over). However, a new field of endless possibilities attract also entrepreneurs. As the regular systems of control do not work properly because most of the more established academia doesn't want to engage with these new & 'esoteric' techniques, it ibecomes easy for snake oil sellers to make great, hyperbolic promises. Together with charismatic personalities using effective communication techniques they reach a large audience of practitioners that are worried because they notice that industrial agriculture ruined their fields visibly already in their lifespan.
    Many of the techniques make totally sense. Others less. Or just in some cases: in agriculture, there is no silver bullet. Even my most beloved combination of techniques (cover crops, reduced tillage & mulching) does not work in many places (too wet, too dry, too cold...).
    But most RegAg-ideas are still much better than the conventional techniques. Therefore, I can (and have to) accept a lot of hot air from RegAg prophets. Although many of their claims are totally exxagerated, often they do more good by convincing many people. And real farmers anyway do what they want and adapt their systems.
    I just hope that not too many will get frustrated when the expensive courses and great promises don't play out as expected.

    @ramonita @un_blaze

    #RegAg #RegenerativeAgriculture #Agroecology #NoTill #Mulching #Horticulture #ElaineIngham

  30. CW: Regenerative agriculture and agricultural science

    Some days I explain concepts of regenerative agriculture to others. Other moments I feel the regenerative agriculture business bubble as my nemesis. 🤪

    Let me explain:
    As input-maximised and yield-optimized industrializ agriculture is so horribly bad at preserving the environment, including its own basic requirements (soil & water, biodiversity, climate), the bar for doing things better is really not that high.
    Regenerative Agriculture (#RegAg) additionally builds on traditional knowledge, pionering farmer's experience and good science. "Conventional" agricultural science doesn't really collaborate with farmers. At Universities, most stuff is investigated epistemologically, meaning cutting a system into single, tiny, easier-to-handle bits to understand and classify how they work. The sum yields then the whole.
    Biology does not work like this. Hypercomplex ecosystems don't work like this. You need a holistic vision and look at the system. The direct benefit from understanding is that you work with nature, not against her. We call this "ecosystem services" and try to quantify the economic benefit of functional biodiversity.
    This is complex and it is more difficult to sell stuff (therefore the industry is not so interested) or to write scientific publications (therefore scientists are not so interested).
    Every some decades since around 100 years, somebody finds out that the reductionist approach is a very bad Idea and very cool people develop together new ideas.
    As the more established researcher institutions have some problems with the newcomers, these alternative fields attract brillant independent researchers and pioneer farmers. This time it is RegAg (the climax of thepermaculture wave seems to be over). However, a new field of endless possibilities attract also entrepreneurs. As the regular systems of control do not work properly because most of the more established academia doesn't want to engage with these new & 'esoteric' techniques, it ibecomes easy for snake oil sellers to make great, hyperbolic promises. Together with charismatic personalities using effective communication techniques they reach a large audience of practitioners that are worried because they notice that industrial agriculture ruined their fields visibly already in their lifespan.
    Many of the techniques make totally sense. Others less. Or just in some cases: in agriculture, there is no silver bullet. Even my most beloved combination of techniques (cover crops, reduced tillage & mulching) does not work in many places (too wet, too dry, too cold...).
    But most RegAg-ideas are still much better than the conventional techniques. Therefore, I can (and have to) accept a lot of hot air from RegAg prophets. Although many of their claims are totally exxagerated, often they do more good by convincing many people. And real farmers anyway do what they want and adapt their systems.
    I just hope that not too many will get frustrated when the expensive courses and great promises don't play out as expected.

    @ramonita @un_blaze

    #RegAg #RegenerativeAgriculture #Agroecology #NoTill #Mulching #Horticulture #ElaineIngham

  31. The Stock-based Regenerative Agriculture claim is that de-intensifying animal agriculture is 'good for the environment'. No. At scale, it requires more space, more loss of wild habitat, and alters ecology with fake animals. The answer is not eating meat.

    #RegAg #Stock #Farming #PlanetaryHealth #Greenwashing #BiodiversityLoss #Extinction #ClimateChange

  32. The Stock-based Regenerative Agriculture claim is that de-intensifying animal agriculture is 'good for the environment'. No. At scale, it requires more space, more loss of wild habitat, and alters ecology with fake animals. The answer is not eating meat.

    #RegAg #Stock #Farming #PlanetaryHealth #Greenwashing #BiodiversityLoss #Extinction #ClimateChange

  33. The Stock-based Regenerative Agriculture claim is that de-intensifying animal agriculture is 'good for the environment'. No. At scale, it requires more space, more loss of wild habitat, and alters ecology with fake animals. The answer is not eating meat.

    #RegAg #Stock #Farming #PlanetaryHealth #Greenwashing #BiodiversityLoss #Extinction #ClimateChange

  34. The Stock-based Regenerative Agriculture claim is that de-intensifying animal agriculture is 'good for the environment'. No. At scale, it requires more space, more loss of wild habitat, and alters ecology with fake animals. The answer is not eating meat.

    #RegAg #Stock #Farming #PlanetaryHealth #Greenwashing #BiodiversityLoss #Extinction #ClimateChange

  35. The Stock-based Regenerative Agriculture claim is that de-intensifying animal agriculture is 'good for the environment'. No. At scale, it requires more space, more loss of wild habitat, and alters ecology with fake animals. The answer is not eating meat.

    #RegAg #Stock #Farming #PlanetaryHealth #Greenwashing #BiodiversityLoss #Extinction #ClimateChange

  36. Tofu trumps any kind of beef production for carbon emissions.

    Grass-fed cows grow slower and burp methane and crap in the environment for longer.

    All cattle occupy land from nature and often from indigenous people.

    Animals convert food to muscle inefficiently.

    Less land is taken up by plant crops grown to be eaten directly eaten by people instead of this unnecessary intermediary stage. That includes soy.

    #TofuEatingWokerati #GoVegan #FakeAnimals #RegAg #Greenwashing

  37. Tofu trumps any kind of beef production for carbon emissions.

    Grass-fed cows grow slower and burp methane and crap in the environment for longer.

    All cattle occupy land from nature and often from indigenous people.

    Animals convert food to muscle inefficiently.

    Less land is taken up by plant crops grown to be eaten directly eaten by people instead of this unnecessary intermediary stage. That includes soy.

    #TofuEatingWokerati #GoVegan #FakeAnimals #RegAg #Greenwashing

  38. Tofu trumps any kind of beef production for carbon emissions.

    Grass-fed cows grow slower and burp methane and crap in the environment for longer.

    All cattle occupy land from nature and often from indigenous people.

    Animals convert food to muscle inefficiently.

    Less land is taken up by plant crops grown to be eaten directly eaten by people instead of this unnecessary intermediary stage. That includes soy.

    #TofuEatingWokerati #GoVegan #FakeAnimals #RegAg #Greenwashing

  39. Tofu trumps any kind of beef production for carbon emissions.

    Grass-fed cows grow slower and burp methane and crap in the environment for longer.

    All cattle occupy land from nature and often from indigenous people.

    Animals convert food to muscle inefficiently.

    Less land is taken up by plant crops grown to be eaten directly eaten by people instead of this unnecessary intermediary stage. That includes soy.

    #TofuEatingWokerati #GoVegan #FakeAnimals #RegAg #Greenwashing

  40. Tofu trumps any kind of beef production for carbon emissions.

    Grass-fed cows grow slower and burp methane and crap in the environment for longer.

    All cattle occupy land from nature and often from indigenous people.

    Animals convert food to muscle inefficiently.

    Less land is taken up by plant crops grown to be eaten directly eaten by people instead of this unnecessary intermediary stage. That includes soy.

    #TofuEatingWokerati #GoVegan #FakeAnimals #RegAg #Greenwashing

  41. Greenwashing regenerative farmers claim they need livestock for poo to improve soils.

    So, let's start asking them whether they'll remove the animals when that job is done, or whether they're making the land dependent on fake animals, and people dependent on cancer-causing meat (refs available).

    #greenwashing #CircularReasoning #RegAg #Farming #Agriculture #ClimateCrisis #BiodiversityCrisis #Extinction #Carbon #Pollution #Disease #SoilHealth

  42. Greenwashing regenerative farmers claim they need livestock for poo to improve soils.

    So, let's start asking them whether they'll remove the animals when that job is done, or whether they're making the land dependent on fake animals, and people dependent on cancer-causing meat (refs available).

    #greenwashing #CircularReasoning #RegAg #Farming #Agriculture #ClimateCrisis #BiodiversityCrisis #Extinction #Carbon #Pollution #Disease #SoilHealth

  43. Greenwashing regenerative farmers claim they need livestock for poo to improve soils.

    So, let's start asking them whether they'll remove the animals when that job is done, or whether they're making the land dependent on fake animals, and people dependent on cancer-causing meat (refs available).

    #greenwashing #CircularReasoning #RegAg #Farming #Agriculture #ClimateCrisis #BiodiversityCrisis #Extinction #Carbon #Pollution #Disease #SoilHealth

  44. Greenwashing regenerative farmers claim they need livestock for poo to improve soils.

    So, let's start asking them whether they'll remove the animals when that job is done, or whether they're making the land dependent on fake animals, and people dependent on cancer-causing meat (refs available).

    #greenwashing #CircularReasoning #RegAg #Farming #Agriculture #ClimateCrisis #BiodiversityCrisis #Extinction #Carbon #Pollution #Disease #SoilHealth

  45. Greenwashing regenerative farmers claim they need livestock for poo to improve soils.

    So, let's start asking them whether they'll remove the animals when that job is done, or whether they're making the land dependent on fake animals, and people dependent on cancer-causing meat (refs available).

    #greenwashing #CircularReasoning #RegAg #Farming #Agriculture #ClimateCrisis #BiodiversityCrisis #Extinction #Carbon #Pollution #Disease #SoilHealth