Frida Ingrid Piper Busico
Associate Professor
Universidad de Talca
Talca, Chile
Ecophysiological mechanisms underlying plant distribution and responses to climate change; Ecological significance of storage in plants under diverse contexts such as treeline, insect outbreaks, water stress (droughts, flooding) and forest succession
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botánica, UNIVERSIDAD DE CONCEPCION. Chile, 2007
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Ingeniera Agrónoma, Universidad Nacional de La Pampa. Argentina, 2001
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Licenciada en Aprovechamiento de Recursos Naturales Renovables, Universidad Nacional de La Pampa. Argentina, 2001
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Profesor colaborador Ecología de Ecosistemas Other
Universidad de Aysén
Coyhaique, Chile
2019 - 2020
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Profesor colaborador Fisiología Vegetal Other
Universidad de Aysén
Ciencias Naturales
Coyhaique, Chile
2019 - 2019
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researcher Full Time
Centro de Investigación en Ecosistemas de la Patagonia
Coyhaique, Chile
2009 - 2021
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researcher Full Time
Instituto de Investigación Interdisciplinaria
Talca, Chile
2021 - 2022
Problems with bioclimatic definitions of vegetation types |
Dams and afforestation plans in Chilean Patagonia |
Physiological mechanisms of drought-induced tree mortality are far from being resolved |
Is drought survival controlled by a growth-storage tradeoff? An assessment along contrasting climates in Chile |
The merging between the leaf and the wood economics spectra: insights from wood density and leaf size |
CARBON ALLOCATION IN WINTER DECIDUOUS VERSUS EVERGREEN TREES=> IS IT COORDINATED WITH NUTRIENT ALLOCATION AND LONG-DISTANCE TRANSPORT OF ASSIMILATES? |
TREE HEIGHT AS A CRUCIAL TRAIT THAT EXPLAINS SPECIES DISTRIBUTION |
EVALUATION OF A COMBINED SYSTEM=> "LUPINUS-EMBOTHRIUM COCCINEUM" FOR RESTORATION OF VOLCANIC IMPACTED AREAS IN SOUTHERN CHILE. COST AND BENEFITS OF CLUSTER ROOTS FORMATION, ACID EXUDATION AND NITROGEN FIXATION. |
HERBIVORY TOLERANCE MEDIATED BY CARBON STORAGE=> RELATIONSHIPS WITH LEAF HABIT AND SHADE TOLERANCE |
GLOBAL WARMING AND THE RECRUITMENT OF NOTHOFAGUS PUMILIO AT THE TREELINE IN SOUTHERN CHILE=> ASSESSING THE IMPORTANCE OF WATER CONSTRAINTS INDUCED BY HIGHER TEMPERATURES |
CAMBIO CLIMATICO GLOBAL EN AMBIENTES DE ALTA-MONTAÑA=>CONSECUENCIAS DEL AUMENTO DE LA TEMPERATURA SOBRE EL RECLUTAMIENTO, DESEMPEÑO FOTOSINTETICO E IMPORTANCIA DE LAS INTERACCIONES POSITIVAS EN LOS ANDES DE C |