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Plant–plant interactions promote alpine diversification
(Springer, 2019-04)
Plant–plant interactions can promote diversification in harsh environments through (1) natural selection producing divergent adaptations to extreme and varying abiotic conditions in plants that grow in the open, or (2) ...
Floral allocation at different altitudes in highly autogamous alpine Chaetanthera euphrasioides (Asteraceae) in the central Chilean Andes
(Swiss Botanical Society, 2012-11-20)
In the alpine life-zone, increasingly slower and
unpredictable pollination at the higher altitudes predict an
increase in floral investment in strongly outcrossing, pollenlimited
biotically pollinated plant species, but ...
Temperature-driven flower longevity in a high-alpine species of Oxalis influences reproductive assurance
(2013)
How high-alpine plants confront stochastic conditions for animal pollination is a critical question. We investigated the effect of temperature on potential flower longevity (FL) measured in pollinator-excluded flowers and ...
Floristic changes in alpine plant communities induced by the cushion plant azorella madreporica (apiaceae) in the andes of central chile
(SOCIEDAD DE BIOLOGIA DE CHILE, 2009)
Floristic changes in alpine plant communities induced by the cushion plant azorella madreporica (apiaceae) in the andes of central chile
(SOCIEDAD DE BIOLOGIA DE CHILE, 2009)
Recovery of alpine plants after a severe human disturbance in the andes of central chile
(INST ARCTIC ALPINE RES, 2008)