Send us a text What if we could simulate the future of farming—and make smarter choices now? In this episode, systems modeler and agroecologist Delphine Derrien breaks down how regenerative agriculture can be scaled intelligently through computational modeling. Her work connects carbon sequestration, regional realities, and global food systems in ways that challenge conventional thinking. We explore: How modeling can predict the climate impact of regenerative farmingWhy “best practice” varies...
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Send us a text What if we could simulate the future of farming—and make smarter choices now? In this episode, systems modeler and agroecologist Delphine Derrien breaks down how regenerative agriculture can be scaled intelligently through computational modeling. Her work connects carbon sequestration, regional realities, and global food systems in ways that challenge conventional thinking. We explore: How modeling can predict the climate impact of regenerative farmingWhy “best practice” varies...
In this episode of the Why Science Initiative, we explore the world of Nano Medicines with Dr. Paul Joyce from the University of Adelaide. Nanomedicines are incredibly small molecules utilized as direct therapeutics or often drug delivery systems. Dr. Joyce describes how these unique medicines utilize biophysical characteristics to increase drug delivery and reduce side effects with examples around ibuprofen delivery and a safer more pleasant alternative to the traditional fat loss pills.&nbs...
Trying 2 Learn
Send us a text What if we could simulate the future of farming—and make smarter choices now? In this episode, systems modeler and agroecologist Delphine Derrien breaks down how regenerative agriculture can be scaled intelligently through computational modeling. Her work connects carbon sequestration, regional realities, and global food systems in ways that challenge conventional thinking. We explore: How modeling can predict the climate impact of regenerative farmingWhy “best practice” varies...
