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Daniel Montesinos

  • Researcher
  • University of Coimbra
  • 12h-indexImpact measure calculated using publication and citation counts. Updated daily.
  • 359CitationsNumber of citations received by Daniel's publications. Updated daily.


Web Ecology


2013 - Present

Recent publications

  • Diminishing importance of elaiosomes for acacia seed removal in non-native ranges

    • Montesinos D
    • Correia M
    • Castro S
    • et al.
    Get full text
  • Evidence for evolution of increased competitive ability for invasive Centaurea solstitialis, but not for naturalized C. calcitrapa

    • Montesinos D
    • Graebner R
    • Callaway R
    Get full text

Professional experience


Universidade de Coimbra

January 2014 - Present


Web Ecology

August 2013 - Present

Post Doctoral Researcher

Universidade de Coimbra

June 2011 - December 2013(3 years)

Post Doctoral Researcher

University of Montana

May 2009 - May 2011(2 years)

Natural Park Technician

Natural Park Service - Generalitat Valenciana -Vaersa

October 2007 - January 2009(a year)

Ph. D. student


July 2002 - July 2007(5 years)

Research Assistant (Lab .Tech.)

Consejo Superior de Investigaciones Cientificas

September 1999 - September 2001(2 years)


Ph. D.

Consejo Superior de Investigaciones Cientificas

July 2002 - July 2007(5 years)

M. Sc.

Institut Cavanilles de Biodiversitat i Biologia Evolutiva

October 1999 - June 2002(3 years)

B. Sc.

Universitat de Valencia

October 1994 - September 1999(5 years)


I am broadly interested in the evolutionary ecology of plants. Resources available are limited and plants have to split them between distinct demanding functions, like reproduction and growth; and to respond to different selective pressures, like competition and environmental stress. The study of such functional and evolutionary trade-offs and their plasticity is the underlying thread of my research. Biological invasions are planetary experiments in which to study these trade-offs, and I am using them extensively in my current projects. During my career I've been working with a number of organisms: -Congeneric annual Centaurea species (Centaurea solstitialis, C. calcitrapa and C. sulphurea) suggest that biogeographic comparisons of these species may provide quite novel insights into invasive ecology. All of these species are native to Europe and all of them have been introduced into North America. The first species is a highly noxious invasive species but not common in its native range. The second is common in Spain, but has not become invasive in the US after 200 years. The last species is not common in either range. We are finding interesting differences in traits among species and ranges that may help to understand invasions in general. Data indicates that reproductive barriers are arising between native and non-native ranges of some of these species, which suggests that reproductive isolation can occur at fastest rates than it was previously thought, and might have broad biogeographic implications for the understanding of allopatry and speciation processes. -Two congeneric Acacia species (Acacia dealbata and A. longifolia). Both species are native from Australia and introduced in Portugal. I am studying reproductive biology and dispersal systems of both species to understand how do they interact with (and distrupt) the Portuguese native networks of pollinators and dispersers. -The masting dioecious tree Juniperus thurifera has to split resources between reproduction and growth in a harsh, high mountain, dry environment. In species with separate sexes (dioecious) females usually invest more resources than males in reproduction, resulting in different trade-offs between growth and reproduction for male and female plants. During my Ph.D. I studied gender biased ecological performance of males and females, and how experimentally modified resource availability affected each sex's pattern. -The endangered endemic Silene diclinis, accounts only with 2500 wild individuals in a few, nearby populations in Eastern Spain. This species developed a mechanism (barochory or atelechory) by which seeds are dispersed immediatly below mother plants, making sure that all seeds reach a perfect site for germinating and growing but making it impossible for the species to colonize new areas and driving the species to extinction in an evolutionary dead end.


Co-authors (49)