Project Overview
Mammalian Influence on Nutrient Dynamics in Rainforest Canopy Ecosystems
Department(s)
Biology
Environmental Studies
Abstract
The Cardelús lab investigates fundamental questions about biodiversity patterns and their responses to environmental change, with particular expertise in tropical forest canopy ecology. Our research spans local to international scales, examining human impacts on forest ecosystems through multiple approaches.
This specific summer research project examines how mammals influence nutrient dynamics in rainforest canopy ecosystems. The rainforest canopy, which hosts 70% of forest animals, provides habitat where mammals feed, move, and establish latrines. To determine the role of canopy mammals on nutrient cycling and plant distribution within the canopy, students will analyze plant and soil samples collected from trees with and without mammal latrines. Through analysis of camera trap footage, students will document and evaluate mammal movement patterns and interactions within the canopy, helping us understand how these animals select and use specific trees for latrines while bypassing others. Through this work, we aim to understand how mammalian activity affects nutrient distribution in these complex forest systems. Students will gain experience in multiple research techniques, including laboratory sample preparation, chemical analysis, behavioral observation methods, and scientific literature review. This project offers an opportunity to contribute to our understanding of tropical forest ecology while developing both analytical and research skills.
Student Qualifications
Required Student Qualifications:
- Strong interest in ecological research
- Basic laboratory skills or willingness to learn
- Attention to detail for sample processing
- Ability to work independently and collaboratively
- Data analysis capabilities preferred
- Background in biology or environmental science preferred
Number of Student Researchers
2 (I could take 3) students
Project Length
8 weeks
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