Regenerative agriculture: merging farming and natural resource conservation profitably

443 days ago
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444 days ago
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Regenerative agriculture: merging farming and natural resource conservation profitably [PeerJ] https://t.co/eumDXQP5tD
RT @stevenhacking: Regenerative corn growing practices generated 80% higher profit than conventional, supporting greater species diversity…
Regenerative corn growing practices generated 80% higher profit than conventional, supporting greater species diversity & creating higher soil organic matter, while experiencing only 10% of the pest populations of insecticide treated crops https://t.co/XxzBOXbVgD via @PeerJLife
RT @REGENETARIANISM: Regenerative agriculture: merging farming and natural resource conservation profitably https://t.co/an6h7CKuNR via @…
598 days ago
RT @REGENETARIANISM: Regenerative agriculture: merging farming and natural resource conservation profitably https://t.co/an6h7CKuNR via @…
Regenerative agriculture: merging farming and natural resource conservation profitably https://t.co/an6h7CKuNR via @PeerJLife @BugLundgren
@louisearable @LFBAgri @Groundswellaguk And yet "The regenerative systems had 70% higher profit than conventional cornfields (α = 0.05; n = 36 fields in each system)." https://t.co/2bmV60uqPR https://t.co/CtGYlCS7m3
@TonyJuniper Good evidence here showing efficacy of regen farming practices, at scale. Conclusions point to predatory mite populations being significantly elevated in regen treatments. Diverse summer cover crops also intrinsic = sig pollinator forage/habitat https://t.co/2bmV60uqPR https://t.co/o7FZNil20y
@ramez @mutual_ayyde Technological carbon capture is extremely expensive. Soil carbon capture via photosynthesis is profitable. Regenerative agriculture: merging farming and natural resource conservation profitably LaCanne & Lundgren 2018 https://t.co/4FbthOP7sA @soil4climate
@KarenFFisher1 @graingoing1 "The regenerative systems had 70% higher profit than conventional maize (α = 0.05; n = 36 fields in each system). Seed drying, corn planting, and cover crop planting are present on the graphs, but were negligible costs." https://t.co/2bmV60uqPR https://t.co/PpdJdc1Ykc
@MichaelOwensMD @Atheopaganism @Greenpeace Except, farming operations with livestock integrated are the most regenerative. Nothing does what ruminants do in terms of nutrient cycling, inoculating with beneficial microbes, increasing soil organic matter and improving soil health, at scale.. https://t.co/2bmV60uqPR
@selltheworld @ErnHolbert Except, farming operations with livestock integrated are the most regenerative. Nothing does what ruminants do in terms of nutrient cycling, inoculating with beneficial microbes, increasing soil organic matter and improving soil health, at scale.. https://t.co/2bmV60uqPR
@TDRStudios @ErnHolbert Except operations with livestock integrated are the most regenerative. Nothing does what ruminants do in terms of nutrient cycling and inoculating soils. https://t.co/2bmV60uqPR
@TuomasJMattila @PetriKortejarvi @KristaPeltonie1 @LukeFinland Apulannan käyttö väkilannan sijaan on lähinnä ajattelutapakysymys. Käytännössä lannoituksen perusta orgaanisissa ravinteissa ja täydennys apulannalla vastaamaan kasvin välitöntä käyttöä. Tässä jutussa vertailua uudistavasta viljelystä https://t.co/uyUG8GEiB2
@J_Mills87 @EdDickson7 @FarmersOfTheUK Is this sufficient quality and scale in this instance? Most delivered without transition aids like JS compost. https://t.co/2bmV60uqPR https://t.co/V80e4rBJHY