Article
Author: Smith, Jake ; Burcham, Zachary M. ; Zhang, Anru R. ; Ben-Hur, Asa ; Lynne, Aaron M. ; Xu, Zhenjiang Zech ; Knight, Rob ; Shenhav, Liat ; Boyd, Derek A. ; Cantrell, Kalen ; Carter, David O. ; Reed, Sasha C. ; Watson, Jenna M. S. ; Shaffer, Michael ; Connor, Melissa ; Steadman, Dawnie ; Emmons, Alexandra ; Nieciecki, Victoria ; Joshua Chan, Siu Hung ; McDonald, Daniel ; Metcalf, Jessica L. ; Borton, Mikayla A. ; Martino, Cameron ; Vidoli, Giovanna ; Seitz, Valerie A. ; Shi, Pixu ; Bucheli, Sibyl ; Humphry, Greg C. ; Wrighton, Kelly C. ; Belk, Aeriel D. ; Zhu, Qiyun ; McGivern, Bridget B. ; Ackermann, Gail ; Deel, Heather ; Ghadermazi, Parsa
ABSTRACT:Microbial degradation of organic matter is a fundamental Earth process, yet a mechanistic understanding of microbial metabolisms and successional ecology involved in decomposition remains poorly understood. Here, we announce the recovery of 277 cadaver-associated soil metagenome-assembled genomes to enhance our understanding of vertebrate decomposition microbial processes.