Postdocs
PhD
Technicians
Collaborators

Postdocs

Cristina Botías is working on Bumblebee population dynamics including pathogens and other global change drivers.

PhDs

Carlos Zaragoza is interested in how different drivers of global change interact to affect wild bees. Co-supervised with Montse Vilà.
Miguel Ángel Collado is studying bee cognitive ecology. Co-supervised with Dani Sol.
I am co-advising Jamie Stavert, a New Zealand student trying to make sense of Functional Diversity effects on ecosystem function.
José Barragán is working with me and Romina Rader in pollination in agroecosystems.

Technicians and collaborators

Curro Molina is our man on the field and he takes care of the lab.
Oscar Aguado is a freelance taxonomist and the best naturalist I know.

Past members and visitors:

• Ainhoa Magrach worked with us on plant-pollinator networks, and how those change with landscape changes.

Lab visitors:

• Stijn Van Gils. Nederlands (Super-B Short term mission)
• Florence Hecq. Irland (Super-B Short term mission)
•  Rachael Winfree. US (1 week)
•  Romina Rader. Australia (1 week)
•  Mark Genung. US (1 week)
•  Ferran Sayol, Spain (1 week)
•  Jamie Stavert, New Zealand (3 months)
•  Simone Fontana, Switzerland (1 week)

Main collaborators

• Oscar Godoy: We try to merge theory and empirical data on how species coexists.
• Rachael Winfree: I spend two years as postdoc with Rachael exploring how different global change drivers affect pollinator communities and we keep collaborating on this topics.
• Daniel Sol: Our project SURVIVE_HIREC tries to understand the role of behaviour flexibility and life history traits in species responses to global change.
• Lucas Garibaldi: We collaborate on a global database of insect crop pollination.
• Romina Rader: We are both interested in reconciling pollinator conservation and ecosystem services delivery.
• Riccardo Bommarco: After my postdoc with Riccardo, we keep exploring trade-offs between different ecosystem services.
• Montse Vilà: My PhD Thesis with Montse dealt with plant-pollinator networks invaded by invasive plants.