Explore "mycorrhizal" with insightful episodes like "Episode 4: The Other Side of Relationships with Students: Nourishment, Tools, Tillers...and Fungus.", "166. Mycorrhizal Communities and How to Keep Them Alive | #worldorganicnews 2019 04 29", "Plants communicate to trade with fungi - Naked Scientists Special Editions 15.12.18", "MWV Episode 95 - The Power of Fungal Genetics (Audio Only)" and "MWV Episode 95 - The Power of Fungal Genetics" from podcasts like ""Regenerative Ed", "ChangeUnderground", "Naked Scientists Special Editions ENHANCED", "MicrobeWorld Video (audio only)" and "MicrobeWorld Video"" and more!
In this episode, Sarah uses lessons from nature as a way to better understand symbiotic relationships in the classrooms as one way teachers can find impact, nourishment, and a sustainable career (and some teacher tools that might get in the way).
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How to keep the mycorrhizae? The more hosts you leave, the more symbionts you get.
ASM's Cultures magazine traveled to Colombia to speak with and film the researchers behind an innovative biotechnology project that is producing exciting results. The international Swiss – Colombian collaborative research team from the University of Lausanne – Switzerland, the Universidad Nacional de Colombia, and the Universidad de la Salle – Utopia campus has been working to create and test novel strains of arbuscular mycorrhizal fungi (AMF) to improve cassava production.
AMF forms symbiotic relationships with the majority of the world’s plant species, including cassava and other major food security crops. By colonizing internal structures within the plant and extending its root system, AMF transports nutrients such as phosphate to the plants from inaccessible areas and sources in the soil. In exchange, the plant provides carbon to AMF species that have colonized the plant.
The research team’s studies show that, with the inoculation of certain AMF strains, only half of the necessary phosphate amendments are needed in nutrient-poor tropical soil to produce an equal or greater amount of cassava yield. On a large scale, this technology could potentially provide a more sustainable approach to resource management, allow small shareholder farmers to reduce their input costs, and help create a food secure future for many. In fact, an early model for this success is already being realized by graduates of the Utopia campus, all of whom come from conflict and post-conflict zones. By utilizing their education in agronomy in conjunction with this technology, they can begin rebuilding their home communities while ensuring a food secure future for Colombia and the greater global community.
To learn more about ASM's Cultures magazine please visit
http://www.asm.org/index.php/cultures-magazine
Read the latest issue on food security on the following platforms:
iTunes - iPad Only
https://itunes.apple.com/us/app/asm-cultures/id878473655…
Google Play
https://play.google.com/store/apps/details…
Flipbook
http://mzines.net/publication.aspx?pid=829&pkey=grnbfxnlv
PDF Version
http://www.mzines.net/…/ASM_Cultures_i4_141120_optimized.pdf
Don't miss an episode of MicrobeWorld Video. Subscribe for free using iTunes or help support our work by purchasing the MicrobeWorld podcast application for iPhone and Android devices in the iTunes or Android app stores.
ASM's Cultures magazine traveled to Colombia to speak with and film the researchers behind an innovative biotechnology project that is producing exciting results. The international Swiss – Colombian collaborative research team from the University of Lausanne – Switzerland, the Universidad Nacional de Colombia, and the Universidad de la Salle – Utopia campus has been working to create and test novel strains of arbuscular mycorrhizal fungi (AMF) to improve cassava production.
AMF forms symbiotic relationships with the majority of the world’s plant species, including cassava and other major food security crops. By colonizing internal structures within the plant and extending its root system, AMF transports nutrients such as phosphate to the plants from inaccessible areas and sources in the soil. In exchange, the plant provides carbon to AMF species that have colonized the plant.
The research team’s studies show that, with the inoculation of certain AMF strains, only half of the necessary phosphate amendments are needed in nutrient-poor tropical soil to produce an equal or greater amount of cassava yield. On a large scale, this technology could potentially provide a more sustainable approach to resource management, allow small shareholder farmers to reduce their input costs, and help create a food secure future for many. In fact, an early model for this success is already being realized by graduates of the Utopia campus, all of whom come from conflict and post-conflict zones. By utilizing their education in agronomy in conjunction with this technology, they can begin rebuilding their home communities while ensuring a food secure future for Colombia and the greater global community.
To learn more about ASM's Cultures magazine please visit
http://www.asm.org/index.php/cultures-magazine
Read the latest issue on food security on the following platforms:
iTunes - iPad Only
https://itunes.apple.com/us/app/asm-cultures/id878473655…
Google Play
https://play.google.com/store/apps/details…
Flipbook
http://mzines.net/publication.aspx?pid=829&pkey=grnbfxnlv
PDF Version
http://www.mzines.net/…/ASM_Cultures_i4_141120_optimized.pdf
Don't miss an episode of MicrobeWorld Video. Subscribe for free using iTunes or help support our work by purchasing the MicrobeWorld podcast application for iPhone and Android devices in the iTunes or Android app stores.
ASM's Cultures magazine traveled to Colombia to speak with and film the researchers behind an innovative biotechnology project that is producing exciting results. The international Swiss – Colombian collaborative research team from the University of Lausanne – Switzerland, the Universidad Nacional de Colombia, and the Universidad de la Salle – Utopia campus has been working to create and test novel strains of arbuscular mycorrhizal fungi (AMF) to improve cassava production.
AMF forms symbiotic relationships with the majority of the world’s plant species, including cassava and other major food security crops. By colonizing internal structures within the plant and extending its root system, AMF transports nutrients such as phosphate to the plants from inaccessible areas and sources in the soil. In exchange, the plant provides carbon to AMF species that have colonized the plant.
The research team’s studies show that, with the inoculation of certain AMF strains, only half of the necessary phosphate amendments are needed in nutrient-poor tropical soil to produce an equal or greater amount of cassava yield. On a large scale, this technology could potentially provide a more sustainable approach to resource management, allow small shareholder farmers to reduce their input costs, and help create a food secure future for many. In fact, an early model for this success is already being realized by graduates of the Utopia campus, all of whom come from conflict and post-conflict zones. By utilizing their education in agronomy in conjunction with this technology, they can begin rebuilding their home communities while ensuring a food secure future for Colombia and the greater global community.
To learn more about ASM's Cultures magazine please visit
http://www.asm.org/index.php/cultures-magazine
Read the latest issue on food security on the following platforms:
iTunes - iPad Only
https://itunes.apple.com/us/app/asm-cultures/id878473655…
Google Play
https://play.google.com/store/apps/details…
Flipbook
http://mzines.net/publication.aspx?pid=829&pkey=grnbfxnlv
PDF Version
http://www.mzines.net/…/ASM_Cultures_i4_141120_optimized.pdf
Don't miss an episode of MicrobeWorld Video. Subscribe for free using iTunes or help support our work by purchasing the MicrobeWorld podcast application for iPhone and Android devices in the iTunes or Android app stores.
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