Alexandra Stoll

This study examines how Tillandsia landbeckii in the Atacama Desert interacts with sand and wind to maintain vegetation, showing that sand transport and vegetation structure are interdependent.

The paper examines soil nematode biodiversity in the Atacama Desert across multiple biological scales, revealing distinct patterns and indicators of soil health under extreme conditions.

The paper studies rhizospheric bacteria from Atacama Desert plants, identifies growth-promoting species, and shows their ability to enhance lettuce growth.

The paper uses SNP data from Huidobria fruticosa to show recent population structure shaped by climate change over the last 2 million years in the Atacama Desert.

The paper analyzes genetic diversity of Huidobria chilensis in the Atacama Desert using GBS data, revealing geographic genetic clusters and the influence of topography and hydrology on population structure.