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Paul Fine - Professor, Integrative Biology
Status: Current Term Now Closed Weekly Hours: 3-5 hrs Location: On Campus
High in the rainforest canopy, epiphytic plants face the challenge of obtaining the nutrients they need without having contact with the soil. This project investigates nutrient acquisition challenges and strategies between epiphytic plants found in two different forest types in the Peruvian Amazon: relatively nutrient-rich forests with a clay...
Biological & Health Sciences Arts & HumanitiesPaul Fine - Professor, Integrative Biology
Status: Current Term Now Closed Weekly Hours: 3-5 hrs Location: On Campus
Near infrared spectroscopy (FT-NIR) is a fast, cost-effective technology that measures the irradiation of organic molecules inside of a leaf. The spectrometer makes chemical bonds vibrate and generate a wave response that corresponds to the leaf’s internal chemical composition (both qualitative and quantitative). These signals have been shown...
Biological & Health Sciences Arts & HumanitiesPaul Fine - Professor, Integrative Biology
Status: Current Term Now Closed Weekly Hours: 6-8 hrs Location: On Campus
There are many missing taxa in the molecular phylogeny of Burseraceae. Some of these missing taxa are endemic to extremely remote geographic locations and far away from their closest putative relatives. We will extract DNA from dried leaves, and get samples ready for genomic sequencing...
Biological & Health Sciences Arts & HumanitiesPaul Fine - Professor, Integrative Biology
Status: Check back for status
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Biological & Health Sciences Arts & Humanities