(PDF) Invasive Spartina Anglica Greatly Alters the Rates

Invasive Spartina Anglica Greatly Alters the Rates and Pathways of Organic Carbon Oxidation and Associated Microbial Communities in an Intertidal Wetland of the Han River Estuary, Yellow Sea

Frontiers in Marine Science - Switzerland

doi 10.3389/fmars.2020.00059

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February 19, 2020

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Invasive Spartina Anglica Greatly Alters the Rates and Pathways of Organic Carbon Oxidation and Associated Microbial Communities in an Intertidal Wetland of the Han River Estuary, Yellow Sea

Frontiers in Marine Science - Switzerland

doi 10.3389/fmars.2020.00059

Full Text

Abstract

Categories

Date

Authors

Publisher

Related search

Decomposition of Spartina Anglica Roots and Rhizomes in a Salt Marsh of the Westerschelde Estuary

An Overview of Ecohydrology of the Yellow River Delta Wetland

Bacterioplankton Dynamics and Organic Carbon Partitioning in the Lower Hudson River Estuary

Erosion-Induced Massive Organic Carbon Burial and Carbon Emission in the Yellow River Basin, China

The Effects of Petroleum Exploitation on Water Quality Bio-Assessment and Benthic Macro-Invertebrate Communities in the Yellow River Delta Wetland, Dongying

Contamination Assessment of Arsenic and Heavy Metals in a Typical Abandoned Estuary Wetland—a Case Study of the Yellow River Delta Natural Reserve

Metaproteomics Method to Determine Carbon Sources and Assimilation Pathways of Species in Microbial Communities

Carbon and Nitrogen Cycling on Intertidal Mudflats of a Temperate Australian Estuary. III. Sources of Organic Matter

The Effect of Crop Rotation Between Wetland Rice and Upland Maize on the Microbial Communities Associated With Roots