artículo académico

• Fitness surfaces and local thermal adaptation in Drosophila along a latitudinal gradient.  ECOLOGY LETTERS.  27(4). 2024
• Influence of temperature variability on the feeding behavior and blood consumption of Triatoma infestans (Hemiptera: Reduviidae).  JOURNAL OF MEDICAL ENTOMOLOGY.  2024
• Seasonal acclimation of energy and water balance in desert-dwelling rodents of South America.  JOURNAL OF ZOOLOGY.  323(1):57-66. 2024
• NUTRITIONAL ECOLOGY AND ECOLOGICAL IMMUNOLOGY IN DEGUS: DOES EARLY NUTRITION AFFECT THE POSTNATAL DEVELOPMENT OF THE IMMUNE FUNCTION?.  JOURNAL OF EXPERIMENTAL ZOOLOGY PART A-ECOLOGICAL AND INTEGRATIVE PHYSIOLOGY.  335(2):239-249. 2021
• THERMAL PERFORMANCE OF THE CHAGAS DISEASE VECTOR, TRIATOMA INFESTANS, UNDER THERMAL VARIABILITY.  PLOS NEGLECTED TROPICAL DISEASES.  15(2). 2021
• RAPID WITHIN- AND TRANSGENERATIONAL CHANGES IN THERMAL TOLERANCE AND FITNESS IN VARIABLE THERMAL LANDSCAPES.  ECOLOGY AND EVOLUTION.  10(15):8105-8113. 2020
• THERMAL EFFECTS VARY PREDICTABLY ACROSS LEVELS OF ORGANIZATION: EMPIRICAL RESULTS AND THEORETICAL BASIS.  PROCEEDINGS OF THE ROYAL SOCIETY B-BIOLOGICAL SCIENCES.  287. 2020
• TRANSGENERATIONAL AND WITHIN-GENERATION PLASTICITY SHAPE THERMAL PERFORMANCE CURVES.  ECOLOGY AND EVOLUTION.  9(4):2072-2082. 2019
• FLUCTUATING THERMAL ENVIRONMENTS AND TIME-DEPENDENT EFFECTS ON FRUIT FLY EGG-HATCHING PERFORMANCE.  ECOLOGY AND EVOLUTION.  8(14):7014-7021. 2018
• EARLY LIFE EXPERIENCE DRIVES SHORT-TERM ACCLIMATION OF METABOLIC AND OSMOREGULATORY TRAITS IN THE LEAF-EARED MOUSE.  JOURNAL OF EXPERIMENTAL BIOLOGY.  220(14):2626-2634. 2017
• ONTOGENETIC THERMAL TOLERANCE AND PERFORMANCE OF ECTOTHERMS AT VARIABLE TEMPERATURES.  JOURNAL OF EVOLUTIONARY BIOLOGY.  29(7):1462-1468. 2016
• THERMAL TOLERANCE AND SURVIVAL RESPONSES TO SCENARIOS OF EXPERIMENTAL CLIMATIC CHANGE: CHANGING THERMAL VARIABILITY REDUCES THE HEAT AND COLD TOLERANCE IN A FLY.  JOURNAL OF COMPARATIVE PHYSIOLOGY B-BIOCHEMICAL SYSTEMS AND ENVIRONMENTAL PHYSIOLOGY.  186(5):581-587. 2016
• PHENOTYPIC FLEXIBILITY IN BASAL METABOLIC RATE IS ASSOCIATED WITH RAINFALL VARIABILITY AMONG POPULATIONS OF RUFOUS-COLLARED SPARROW.  ZOOLOGY.  115(2):128-133. 2012
• INTRASPECIFIC BASAL METABOLIC RATE VARIES WITH TROPHIC LEVEL IN RUFOUS-COLLARED SPARROWS.  COMPARATIVE BIOCHEMISTRY AND PHYSIOLOGY A-MOLECULAR AND INTEGRATIVE PHYSIOL.  154(2):502-507. 2009
• PHYSIOLOGICAL RESPONSES IN RUFOUS-COLLARED SPARROWS TO THERMAL ACCLIMATION AND SEASONAL ACCLIMATIZATION.  JOURNAL OF COMPARATIVE PHYSIOLOGY B-BIOCHEMICAL SYSTEMS AND ENVIRONMENTAL PHYSIOLOGY.  179(3):335-343. 2009
• THERMAL HISTORY CAN AFFECT THE SHORT-TERM THERMAL ACCLIMATION OF BASAL METABOLIC RATE IN THE PASSERINE ZONOTRICHIA CAPENSIS.  JOURNAL OF THERMAL BIOLOGY.  34(8):415-419. 2009
• GEOGRAPHIC VARIATION IN THE RESPONSE TO THERMAL ACCLIMATION IN RUFOUS-COLLARED SPARROWS: ARE PHYSIOLOGICAL FLEXIBILITY AND ENVIRONMENTAL HETEROGENEITY CORRELATED?.  FUNCTIONAL ECOLOGY.  22(3):509-515. 2008
• WATER AND ENERGY ECONOMY OF AN OMNIVOROUS BIRD: POPULATION DIFFERENCES IN THE RUFOUS-COLLARED SPARROW (ZONOTRICHIA CAPENSIS).  COMPARATIVE BIOCHEMISTRY AND PHYSIOLOGY A-MOLECULAR AND INTEGRATIVE PHYSIOL.  144(4):485-490. 2006