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Long-Term Elevated Air [Co2] Strengthens Photosynthetic Functioning and Mitigates the Impact of Supra-Optimal Temperatures in Tropical Coffea Arabica and C. Canephora Species

AuthID
P-00K-09N

Author(s)

Rodrigues, WP

Martins, MQ

Fortunato, AS

Rodrigues, AP

Semedo, JN

Simoes Costa, MC

Pais, IP

Leitao, AE

Colwell, F

Goulao, L

Maguas, C

Maia, R

Partelli, FL

Campostrini, E

Scotti Campos, P

Ribeiro Barros, AI

Lidon, FC

DaMatta, FM

Ramalho, JC

Document Type

Article

Year published

2016

Published

in GLOBAL CHANGE BIOLOGY, ISSN: 1354-1013

Volume: 22, Issue: 1, Pages: 415-431 (17)

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Scopus^®

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Publication Identifiers

DOI: 10.1111/gcb.13088

Scopus: 2-s2.0-84954385079

Wos: WOS:000367982900033

Source Identifiers

ISSN: 1354-1013

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Long-Term Elevated Air [Co2] Strengthens Photosynthetic Functioning and Mitigates the Impact of Supra-Optimal Temperatures in Tropical Coffea Arabica and C. Canephora Species

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Long-Term Elevated Air [Co2] Strengthens Photosynthetic Functioning and Mitigates the Impact of Supra-Optimal Temperatures in Tropical Coffea Arabica and C. Canephora Species

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