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(2022). Relaciones Sociedad-Naturaleza en Paso Centurión. Aportes desde una trayectoria integral universitaria en la frontera noreste de Uruguay. Servicio Central de Extensión y Actividades en el Medio Universidad de la República.


(2022). Temporal and spatial patterns of vertebrate extinctions during the Anthropocene. bioRxiv.

Preprint PDF DOI

(2020). Multiple forms of hotspots of tetrapod biodiversity and the challenges of open-access data scarcity. Scientific Reports.

PDF Code Dataset Project DOI

(2020). The multiple origins of sexual size dimorphism in global amphibians. Global Ecology and Biogeography.

Project DOI

Last Publication

Anthropogenic changes such as land use and climate change affect species’ geographic ranges, causing range shifts, contractions, or expansions. However, data on range dynamics are insufficient, heterogeneous, and spatially and temporally biased in most regions. Integrated species distribution models (IDMs) offer a solution as they can complement good quality presence-absence data with opportunistically collected presence-only data, simultaneously accounting for heterogeneous sampling effort. However, these methods have seen limited use in the estimation of temporal change of geographic ranges and are not yet widespread as they have a steep learning curve. Here we present a generalisable model and case example to ease their adoption. Using data on presence-absence and presence-only on the yaguarundí (Herpailurus yagouaroundi), we modelled the species distribution at two time periods (2000-2013 and 2014-2021) using a Bayesian model based on Poisson point process in JAGS. Our model integrates the different types of data while accounting for varying sampling effort and spatial effect. We predicted the species range at the two time periods and quantified their changes. We found that between the two time periods, the yaguarundí has contracted its southern and northern range limits towards the equator, but expanded its area of distribution over the entire species’ range. Also, our results show that modelled geographic range (either pre or post) is not entirely consistent with the current expert range map from IUCN. Our modelling approach provides a working example with the potential to address data gaps and biases in other taxa and regions. Given the increasing number of incidental data being generated by community-derived initiatives in Latin America, IDMs can become a valuable source for species distribution modelling in the region. To our knowledge, this is the first application of the IDM approach with temporal dimension and over the entire species’ geographic range.
EcoEvoRxiv, 2022



Naturalista UY

El sitio local de iNaturalist para Uruguay

Postdoc Project

Range dynamics of carnivore mammals from the Neotropics


The Uruguayan Consortium of Biodiversity Data

A Computer of One’s Own

Pioneers of the Computing Age


Jugando en la Naturaleza

Fogones de Fauna

Collaborative-learning experience carried out by JULANA in the locality of Paso Centurión (Cerro Largo), Uruguay

Landscape Genetics

Impact of environmental characteristics in the genetic structure of three species of native mammals.

Masters in Biological Sciences Project

Contributions of molecular ecology to the study of mammals in Uruguay

PhD Project

Biodiversity informatics and macroecological patterns of biodiversity: Uruguay as a model region

Relationships between society and nature at the boundary

People, animals, scientific knowledge and socio-economic development in Paso Centurión, Cerro Largo, Uruguay.

Salmonella Comparative Genomics

Salmonella as foodborne pathogen: epidemiology, pathogenesis and prevention


Academic & SciComm Presentations

More Talks

Presentación de nodos GBIF e iniciativas nacionales

Mesa de Debate: Datos ambientales en modo abierto: alfabetizaciones y colaboraciones

The wonders of iNat and why you should embrace community-science derived data

Sesión Datos Espaciales - LatinR2021

IV Jornada de Ciudadanía Digital - Mesa: Activismo a través de medios digitales

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