India's water revolution
Listen now (63 min) | The world's largest permaculture project
![India's regenerative water movement - Andrew Millison interview](https://lemmy.world/pictrs/image/c91d4ed4-4f03-4868-9d00-e7f78cee55a8.jpeg?format=webp&thumbnail=256)
Pee, poo, wastewater as nutrient water
Listen now (63 min) | Nik Bertulis is a permaculture water educator, a designer of integrated water systems, implementing greywater, rainwater, stormwater and wetland systems. He cofounded Dig.coop a water conservation systems cooperative. He has designed many innovative water solutions for our envi...
![Pee, Poo, Wastewater as Nutrient Water: Nik Bertulis Interview](https://lemmy.ml/pictrs/image/b78cd563-1b89-45a5-a46e-0492de25bba7.jpeg?format=webp&thumbnail=256)
In India regenerating the land, is bringing back the rain
Listen now (63 min) | The world's largest permaculture project
![India's regenerative water movement - Andrew Millison interview](https://lemmy.ml/pictrs/image/84238600-073b-499e-b6d2-5f964297ba4d.jpeg?format=webp&thumbnail=256)
The worlds biggest permaculture project
Listen now (63 min) | The world's largest permaculture project
![India's regenerative water movement - Andrew Millison interview](https://lemmy.ml/pictrs/image/b980ed4b-4a9e-4c69-afb1-30631b443eb0.jpeg?format=webp&thumbnail=256)
How to turn deserts into grasslands
Listen now (62 min) | The biological carpet ingredients
![Cows, chickens, microbes,& fungi: How to turn deserts into grasslands - Rodger Savory interview](https://lemmy.ml/pictrs/image/dbba3087-229e-43f4-95fb-bd107b14a594.jpeg?format=webp&thumbnail=256)
how beavers help to restore our ecosystems
Listen now (74 min) | interview with the originator of the "Slow it, sink it, spread it, store it, share it" phrase
![Beavers, biology,& slow water: Brock Dolman](https://lemmy.ml/pictrs/image/2694b1e1-db74-418a-b4aa-9addc7e7f144.jpeg?format=webp&thumbnail=256)
How forests create rain : Biotic Pump
Listen now (98 min) | How condensation of water vapor can generate winds that bring rain
![Biotic Pump : Anastasia Makarieva interview](https://lemmy.ml/pictrs/image/79a351d0-9b31-4231-b8b5-379bd2b7e8aa.jpeg?format=webp&thumbnail=256)
Biotic pump theory for how forests can attract rain
Listen now (98 min) | How condensation of water vapor can generate winds that bring rain
![Biotic Pump : Anastasia Makarieva interview](https://lemmy.ml/pictrs/image/77218c9e-97cc-4c53-9682-f92a4c7140da.jpeg?format=webp&thumbnail=256)
How the climate couples with the ecosystem
Bioregional, continental, and global metastable states for the ecohydrological system
![Possible states the earth can evolve to](https://lemmy.ml/pictrs/image/c21b67aa-ad2d-4569-b853-c8799c60d790.jpeg?format=webp&thumbnail=256)
How ecorestoration affects climate change
Bioregional, continental, and global metastable states for the ecohydrological system
How does rain turn into floods? Its affected by landscape
Rain, runoff, strange attractors and power laws.
How does rain turn into floods
Rain, runoff, strange attractors and power laws.
![How does rain turn into floods? A chaos theory perspective.](https://lemmy.ml/pictrs/image/f0cbc595-6d27-4f76-9245-571f5e55ec53.jpeg?format=webp&thumbnail=256)
Slowing water is key to eco-regeneration
The key to healthy regulation of earth's eco and climate systems.
Creating a user friendly toolkit for earth repair
How small water cycle impacts climate change
Increasing precipitation recycling through restoring our landscapes can lessen floods, droughts, and global warming.
![How the small water cycle impacts climate change](https://lemmy.ml/pictrs/image/261d6b6e-7b44-4690-a6db-8a7f9dceae20.jpeg?format=webp&thumbnail=256)
How eco-regeneration impacts water cycle to lessen climate extremes
Increasing precipitation recycling through restoring our landscapes can lessen floods, droughts, and global warming.
![How the small water cycle impacts climate change](https://lemmy.ml/pictrs/image/a2f9a010-ec09-4687-8d19-051afcce1b79.jpeg?format=webp&thumbnail=256)
How eco-regeneration impacts water cycle to lessen climate extremes
Increasing precipitation recycling through restoring our landscapes can lessen floods, droughts, and global warming.