Albert Ruhí

The paper examines how temperature affects allochthony in stream food webs across six U.S. river basins, finding that allochthony decreases with increasing temperature.

The paper compares morphological and molecular methods for assessing stream macroinvertebrate biodiversity across seven southern U.S. watersheds, finding that method choice affects detected taxa based on taxonomic resolution and organism traits.

This study shows that drought reduces leaf litter quality in riparian zones, which in turn decreases aquatic insect production and weakens energy transfer between aquatic and terrestrial ecosystems.

This study uses groundwater and phenology data to show that riparian trees in intermittent systems are more vulnerable to drought than previously thought.

The paper examines how prolonged low flows and non-native fish affect insect emergence in mountain streams, finding additive rather than synergistic or antagonistic effects.