Tatiana Erika Boza Espinoza

Tatiana Erika Boza Espinoza

Doktorandin

Tel.: +41 (0)44 634 84 30

tatiana.boza@systbot.uzh.ch

SUMMARY

Since my undergraduate studies in Peru, my own curiosity has led me to conduct smaller research projects, and yet they have given me experience with topics as diverse as flora inventories in rain, cloud and high Andean forests, all over Peru and Bolivia. This has given me a broad knowledge of tropical and Andean ecosystems. Research related to the impacts of climate change on biodiversity on the Tropical Andes has allowed me to be aware that the tropical Andes are one of the top biodiversity hotspots on the Earth and the integrity of these ecosystems is seriously threatened by climate change and land‐use changes. Thus, conservation strategies need to be adapted to the rapidly changing environment, and new strategies such as adaptive management schemes need to be developed that specifically address climate change impacts on biodiversity, ecosystems, and human well‐being. Acquiring a broader knowledge of tropical Andean ecosystems led me to participate in an initiative for the evaluation of tree species of the tropical Andes within an international group of researchers from around Latin‐American.

RESEARCH INTERESTS

  • Neotropical floristics and conservation.
  • Passifloraceae.
  • High Andean Polylepis forests, its biodiversity and conservation.
  • Conservation of Natural Resources.
  • REDD Initiatives.
  • Climate Change.

PhD PROJECT

A SYSTEMATIC REVISION OF THE GENUS POLYLEPIS (ROSACEAE) IN PERU
PhD supervisors: Dr. Michael Kessler & Dr. Colin Hughes

The genus Polylepis (Rosaceae) is distributed along the Andes from Venezuela to Chile and Argentina. Ecologically and economically, this is one of the most important Andean tree genera. Polylepis forests are the most endangered ecosystems in the Andean highlands. Taxonomically, Polylepis is difficult because on the one hand many species are morphologically quite similar while on the other hand there often is considerable morphological variation within species. This variation can be found both within populations, for example if the plants grow in microhabitats with different water supply but also between geographical populations of the same species. Integrating the strengths of morphological data with those of DNA sequence data in the context of molecular phylogenies is a most fruitful approach to explore the relationships in a group of organism. In addition by incorporating a phylogeographic approach it is possible to infer the evolutionary history of the study group. However, if the emerging pattern shows incongruence between morphological and molecular data, it could suggest that morphological data contain a mixture of homologous characters or there is much phenotypic variation within each species of the study group. Thus, mismatching phylogenies could be caused by either selection or genetic drift. To test these hypotheses, molecular and morphological phylogenies of a group of Polylepis will be reconstructed and compared.

EDUCATION

2014 – Present PhD Student, Institute of Systematic Botany, University of Zürich, Switzerland.
Thesis: A Systematic Revision of the genus Polylepis (Rosaceae) in Peru.
2010 MSc. In Biology: Ecology, evolution and Systematics, University of Missouri-St. Louis, Saint Louis, MO – USA.
Thesis: Taxonomic Revision of Passiflora Section Xerogona (Raf.) Killip (Passifloraceae).
2005 BSc. In Biology, Universidad Nacional de San Antonio Abad del Cusco, Peru.

FIELD EXPERIENCE

2011-2014 “Impacts of climate change on biodiversity in the tropical Andes: climate-related risk, vulnerability, and decision making tools for conservation planning”
Inter-American Institute for Global Change Research (IAI). Peru - Bolivia
2014Field Manager of Cocha Cashu Biological Station EBCC.
San Diego Zoo Global.
2013“RAINFOR TRAIT A project to understand the function of the ecosystems from the Andean and Amazon forests”
Yadvinder Malhi, Professor of Ecosystem Science, University of Oxford. Peru.
2008-2012“Untagling the passionflower vines: phylogeny, species diversification, and character evolution in Passiflora subg. Decaloba (Passifloraceae)”.
Missouri Botanical Garden. MO, USA
2011“Integral evaluation of the Forests of the Communities at the Mapacho River Basin”
Asociacion Ecosistemas Andinos – ECOAN, Asociación para la Conservación de la Cuenca Amazonica – ACCA. Peru.
2007“Conservation and implication of Climate Change.”
Andes Biodiversity Consortium ABC. Peru.
2006“Polylepis’ forests in the South West area and around of the Otishi National Park.”
Asociacion Ecosistemas Andinos - ECOAN. Peru.
2006“Vegetation and climate along an altitudinal gradient in the high part of the National Park of the Manu.”
Andes Biodiversity Consortium ABC. Peru.
2006“Polylepis’ forests in the Puno Region.”
Asociacion Ecosistemas Andinos – ECOAN. Peru.
2005“Study of Polylepis’ Forests Diversity in the Conchucos Valley.”
Asociacion Ecosistemas Andinos – ECOAN. Peru.
2004 – 2005“Investigation and Conservation of Pauxi unicornis koepkeae in The Sira in Peru.”
Asociacion Civil Armonia – Bird Life. Peru.

PUBLICATIONS

Published

Andreu-Hayles L., Santos G. M, Herrera-Ramírez D. A., Martin-Fernández J., Ruiz-Carrascal D., Boza-Espinoza T. E., Fuentes A. F, Jørgensen P. M. (2015) “Matching Dendrochronological Dates with The Southern Hemisphere 14C Bomb Curve to confirm Annual Tree Rings in Pseudolmedia Rigida from Bolivia. Radiocarbon 57(1): 1–13.
Tejedor Garavito N., Álvarez Dávila E., Arango Caro S., Araujo Murakami A., Baldeón S., Beltrán H., Blundo C., Boza Espinoza T.E., Fuentes Claros A., Gaviria J., Gutiérrez N., Khela S., León B., La Torre Cuadros M.A., López Camacho R., Malizia L., Millán B., Moraes R. M., Newton A.C., Pacheco S., Reynel C., Ulloa Ulloa C., Vacas Cruz O. (2014). “A Regional Red List of Montane Tree Species of the Tropical Andes: Trees at the top of the world” Published by Botanic Gardens Conservation International, Richmond, UK
Boza E. Tatiana E. (2014). “Two new species of Passiflora subgenus Decaloba (Passifloraceae) from Peru and Bolivia”. Novon 23: 263-267.
Tejedor Garavito N., Álvarez E., Arango Caro S., Araujo Murakami A., Blundo C., Boza Espinoza T.E., La Torre Cuadros M.A., Gaviria J., Gutíerrez N., Jørgensen P.M., León B., López Camacho R., Malizia L., Millán B., Moraes M., Pacheco S., Rey Benayas J.M., Reynel C., Timaná de la Flor M., Ulloa Ulloa C., Vacas Cruz O., Newton A.C. (2012). “Evaluation of the conservation status of montane forest in the tropical Andes”. Ecosistemas 21(1-2):148-166.

Submitted/review

Boza Espinoza T. E., Jørgensen P. M. & MacDougal J. M. (in review) “Taxonomic Revision of Passiflora Section Xerogona (Raf.) Killip (Passifloraceae)”.

WORKSHOPS

2014 “Climate smart Conservation in the Tropical Andes”
NatureServe – MacArthur Foundation. Peru.
2013“Why and how to measure functional plants characters – An introduction to practice” Sandra Diaz y Lucas Enrico
IMBIV - CONICET & Universidad Nacional de Córdova, Argentina. Peru.
2012“Theory and Practice on the application of the NatureServe Climate Change Vulnerability Index in the Neotropics”
Inter-American Institute for Research on Global Change – IAI & NatureServe. Ecuador.
2006“Training in Analysis and Interpretation in Forest Ecosystems”
PAN-AMAZONIA Project the Advancement of Networked Science in Amazonia. Bolivia.

HONOR AND AWARDS:

2014National Council of Science, Technology and Technological Innovation – CONCYTEC PERU. Scientific generation - International Scholarships - Program of Scholarships for Studies of Doctorate abroad; awarded to undertake doctorate studies. University of Zurich. Switzerland.
2012IDEAWILD fellowship for Research equipment – IDEA WILD Empowering the Heroes and Sheroes of the Planet. www.ideawild.org.
2010 Missouri Botanical Garden Fellow for botanists, awarded to develop a research project in the Missouri Botanical Garden. St. Louis - MO, USA.
2008Scholarship from NSF Passiflora grant “REVSYS” Collaborative Research, awarded to undertake graduate studies. St. Louis - MO, USA.