Age-growth relationships, temperature sensitivity and palaeoclimate-archive potential of the threatened Altiplano cactusEchinopsis atacamensis | Zendy

Nathan B. English | Zendy; David L. Dettman | Zendy; Quan Hua | Zendy; Javier Mendoza | Zendy; D.M. Muir | Zendy; Kevin R. Hultine | Zendy; David G. Williams | Zendy

Open Access

Age-growth relationships, temperature sensitivity and palaeoclimate-archive potential of the threatened Altiplano cactusEchinopsis atacamensis

Author(s) -

Nathan B. English,

David L. Dettman,

Quan Hua,

Javier Mendoza,

D.M. Muir,

Kevin R. Hultine,

David G. Williams

Publication year - 2020

Publication title -

conservation physiology

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.942

H-Index - 37

ISSN - 2051-1434

DOI - 10.1093/conphys/coaa123

Subject(s) - cactus , climate change , radiocarbon dating , precipitation , threatened species , proxy (statistics) , glacier , physical geography , δ18o , paleoclimatology , ecology , biology , stable isotope ratio , geography , archaeology , physics , quantum mechanics , machine learning , habitat , meteorology , computer science

Isotopes in spines of the giant pasacana cactus on the Bolivian Altiplano provide important ecophysiological information for management of this foundation species and record climate information related to Altiplano temperatures and cactus demography.

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