Interactive effects of precipitation, temperature, and grazing pressure on the net ecosystem carbon balance of grazing lands across the continental United States

Zigeng Chen

doi:10.1016/j.ecolind.2026.115288

Interactive effects of precipitation, temperature, and grazing pressure on the net ecosystem carbon balance of grazing lands across the continental United States

2026-08-05

0

OA

AI

Z

Zigeng Chen

R

Rosvel Bracho

M

Maria L. Silveira

T

Tala Awada

C

Carl J. Bernacchi

D

Dawn M. Browning

P

Patrick E. Clark

J

Justin Derner

E

Evan H. DeLucia

G

Galen E. Erickson

G

Gerald N. Flerchinger

A

Ann‐Marie Fortuna

N

N. Gomez‐Casanovas

M

Mikael Hiestand

D

David L. Hoover

N

Nicole Kaplan

M

Makki Khorchani

M

Mark A. Liebig

A

Adam P. Schreiner-McGraw

R

Russell L. Scott

DOI：10.1016/j.ecolind.2026.115288

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Abstract

En 中文

• Multiple grazing lands across the U.S. acted as net C-sinks. • Drought or low temperature combined with higher GPI reduced NECB. • NECB positively correlated with MAT when MAP was not limited.

Keywords:

LTAR

Grazing lands

Eddy covariance

Enteric fermentation

Soil health

Productivity

Interactive effects of precipitation, temperature, and grazing pressure on the net ecosystem carbon balance of grazing lands across the continental United States

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