Roberto Salguero‐Gómez

This study uses a stochastic model to show that climate change and harvesting both threaten the viability of a South African succulent, with harvesting being more impactful, especially when combined with climate change.

The paper uses population models to show that negative density dependence, not other mechanisms, explains the persistence of a rare plant species, highlighting the importance of seed banks in population dynamics.

This study examines how sociality correlates with demographic traits across 152 species, finding that more social species live longer, mature later, and have longer reproductive windows.

The paper models short- and long-term responses of grassland functional groups to precipitation extremes using stage-structured community models and pseudospectral theory.

This study examines how fire regimes affect demographic resilience in three lizard species, finding that severe fires increase resistance but reduce recovery abilities, with reproductive traits playing a key role.

This study shows that lower inflation environments lead to higher stochastic population growth rates, driven by better survival and fertility at older ages and later reproductive years.

The paper examines global diversity in mammalian life history strategies and shows how environmental realms influence these strategies, with aquatic and aerial species showing slower strategies and terrestrial species faster ones, except for highly encephalized terrestrial species.

This study shows that prior knowledge of vital rates is more important than time-series duration or life history traits for accurately estimating demographic rates using inverse integral projection models.

This paper introduces a video-rate hyperspectral camera for monitoring plant health and biodiversity, demonstrating its utility in chlorophyll detection and ecological studies.

This study shows that experimental drought reduces productivity and stability of a recovering calcareous grassland but not community composition or long-term recovery.

The paper examines phenological shifts in European vegetation and herbivorous insects over 34 years, finding that 61.2% have become asynchronous, with vegetation advancing faster than insects.

This paper introduces a three-step framework to identify and quantify demographic buffering across species, applying it to mammals to explore evolutionary forces.