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Upcycling Human Excrement: The Gut Microbiome to Soil Microbiome Axis

Fuente: arXiv

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Dettagli Bibliografici
Autori principali:	Meilander, Jeff, Herman, Chloe, Manley, Andrew, Augustine, Georgia, Birdsell, Dawn, Bolyen, Evan, Celona, Kimberly R., Coffey, Hayden, Cocking, Jill, Donoghue, Teddy, Draves, Alexis, Erickson, Daryn, Foley, Marissa, Gehret, Liz, Hagen, Johannah, Hepp, Crystal, Ingram, Parker, John, David, Kadar, Katarina, Keim, Paul, Lloyd, Victoria, Osterink, Christina, Queeney, Victoria, Ramirez, Diego, Romero, Antonio, Ruby, Megan C., Sahl, Jason W., Soloway, Sydni, Stone, Nathan E., Trottier, Shannon, Van Orden, Kaleb, Painter, Alexis, Wallace, Sam, Wilcox, Larissa, Wood, Colin V., Yancey, Jaiden, Caporaso, J. Gregory
Natura:	Preprint
Pubblicazione:	2024
Soggetti:	Genomics
Accesso online:	Acceder al recurso
Tags:	Aggiungi Tag Nessun Tag, puoi essere il primo ad aggiungerne!!

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author	Meilander, Jeff Herman, Chloe Manley, Andrew Augustine, Georgia Birdsell, Dawn Bolyen, Evan Celona, Kimberly R. Coffey, Hayden Cocking, Jill Donoghue, Teddy Draves, Alexis Erickson, Daryn Foley, Marissa Gehret, Liz Hagen, Johannah Hepp, Crystal Ingram, Parker John, David Kadar, Katarina Keim, Paul Lloyd, Victoria Osterink, Christina Queeney, Victoria Ramirez, Diego Romero, Antonio Ruby, Megan C. Sahl, Jason W. Soloway, Sydni Stone, Nathan E. Trottier, Shannon Van Orden, Kaleb Painter, Alexis Wallace, Sam Wilcox, Larissa Wood, Colin V. Yancey, Jaiden Caporaso, J. Gregory
author_facet	Meilander, Jeff Herman, Chloe Manley, Andrew Augustine, Georgia Birdsell, Dawn Bolyen, Evan Celona, Kimberly R. Coffey, Hayden Cocking, Jill Donoghue, Teddy Draves, Alexis Erickson, Daryn Foley, Marissa Gehret, Liz Hagen, Johannah Hepp, Crystal Ingram, Parker John, David Kadar, Katarina Keim, Paul Lloyd, Victoria Osterink, Christina Queeney, Victoria Ramirez, Diego Romero, Antonio Ruby, Megan C. Sahl, Jason W. Soloway, Sydni Stone, Nathan E. Trottier, Shannon Van Orden, Kaleb Painter, Alexis Wallace, Sam Wilcox, Larissa Wood, Colin V. Yancey, Jaiden Caporaso, J. Gregory
contents	Human excrement composting (HEC) is a sustainable strategy for human excrement (HE) management that recycles nutrients and mitigates health risks while reducing reliance on freshwater, fossil fuels, and fertilizers. We present a comprehensive microbial time series analysis of HEC and show that the initial gut-like microbiome of HEC systems transitions to a microbiome similar to soil and traditional compost in fifteen biological replicates tracked weekly for one year.
format	Preprint
id	arxiv_https___arxiv_org_abs_2411_04148
institution	arXiv
publishDate	2024
record_format	arxiv
spellingShingle	Upcycling Human Excrement: The Gut Microbiome to Soil Microbiome Axis Meilander, Jeff Herman, Chloe Manley, Andrew Augustine, Georgia Birdsell, Dawn Bolyen, Evan Celona, Kimberly R. Coffey, Hayden Cocking, Jill Donoghue, Teddy Draves, Alexis Erickson, Daryn Foley, Marissa Gehret, Liz Hagen, Johannah Hepp, Crystal Ingram, Parker John, David Kadar, Katarina Keim, Paul Lloyd, Victoria Osterink, Christina Queeney, Victoria Ramirez, Diego Romero, Antonio Ruby, Megan C. Sahl, Jason W. Soloway, Sydni Stone, Nathan E. Trottier, Shannon Van Orden, Kaleb Painter, Alexis Wallace, Sam Wilcox, Larissa Wood, Colin V. Yancey, Jaiden Caporaso, J. Gregory Genomics Human excrement composting (HEC) is a sustainable strategy for human excrement (HE) management that recycles nutrients and mitigates health risks while reducing reliance on freshwater, fossil fuels, and fertilizers. We present a comprehensive microbial time series analysis of HEC and show that the initial gut-like microbiome of HEC systems transitions to a microbiome similar to soil and traditional compost in fifteen biological replicates tracked weekly for one year.
title	Upcycling Human Excrement: The Gut Microbiome to Soil Microbiome Axis
topic	Genomics
url	https://arxiv.org/abs/2411.04148