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Ecosystem Type Drives Tea Litter Decomposition and Associated Prokaryotic Microbiome Communities in Freshwater and Coastal Wetlands at a Continental Scale

AuthID
P-00T-SH5

Author(s)

Trevathan Tackett, SM

Kepfer Rojas, S

Engelen, AH

York, PH

Ola, A

Li, JQ

Kelleway, JJ

Jinks, KI

Jackson, EL

Adame, MF

[+2]·

Connolly, R

Watson, A

Visby, I

Trethowan, A

Taylor, B

Roberts, TNB

Petch, J

Farrington, L

Djukic, I

Macreadie, PI

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Document Type

Article

Year published

2021

Published

in SCIENCE OF THE TOTAL ENVIRONMENT, ISSN: 0048-9697

Volume: 782, Pages: 146819 (11)

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Publication Identifiers

DOI: 10.1016/j.scitotenv.2021.146819

SCOPUS: 2-s2.0-85103974321

Wos: WOS:000655529600014

Source Identifiers

ISSN: 0048-9697

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All authors

Name Order	Name	Name Order	Name	Name Order	Name
1	Trevathan Tackett, SM;	2	Kepfer Rojas, S;	3	Engelen, AH;
4	York, PH;	5	Ola, A;	6	Li, JQ;
7	Kelleway, JJ;	8	Jinks, KI;	9	Jackson, EL;
10	Adame, MF;	11	Pendall, E;	12	Lovelock, CE;
13	Connolly, R;	14	Watson, A;	15	Visby, I;
16	Trethowan, A;	17	Taylor, B;	18	Roberts, TNB;
19	Petch, J;	20	Farrington, L;	21	Djukic, I;
22	Macreadie, PI;

Ecosystem Type Drives Tea Litter Decomposition and Associated Prokaryotic Microbiome Communities in Freshwater and Coastal Wetlands at a Continental Scale

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Ecosystem Type Drives Tea Litter Decomposition and Associated Prokaryotic Microbiome Communities in Freshwater and Coastal Wetlands at a Continental Scale

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