Khuram Zaman

    PhD ’25 – Schoville Lab

    kzaman@wisc.edu

    Schoville Lab Website

    839 Russell Labs
    1630 Linden Dr
    Madison WI 53706

    Type:

    Education

    • PhD Entomology – University of Wisconsin-Madison, 2025
    • M.S. Biological Sciences – University of the Pacific, 2014
    • B.A. Integrative Biology – University of California, Berkeley, 2010

    Awards and Grants

    • 2016 Theodore Roosevelt Memorial Fund Scholarship
    • 2016 Mauel Award Fund on Research in Lepidoptera
    • 2014 Lillian and Alex Feir Distinguished Fellowship in Entomology, UW-Madison
    • 2013 Pacific Fund Grant, University of the Pacific
    • 2012 Eberhardt Research Fellowship, University of the Pacific
    • 2006-10 The Achievement Award Program Scholarship, UC Berkeley

    Research Interests

    Hi everyone! I’m Khuram Zaman, born and raised in Stockton, CA. I am an incoming PhD student joining Dr Sean Schoville’s Molecular Ecology Lab at UW Madison. At the University of the Pacific, I worked in Dr. Ryan Hill’s lab the last three years for my Masters, studying the natural history and population dynamics of an imperiled butterfly species, Speyeria adiaste clemencei in Monterey Co, CA. I had always had a love for wildlife and being outdoors so I came to Dr. Hill because of the field work that would be possible by working in his lab. Before joining the lab, I didn’t have any previous experience working with butterflies, but in the time since, I have come to really enjoy working with this group. The diversity of butterflies and their myriad phenotypes and morphology in both the larval and adult forms is one of their most interesting aspects.

    I will continue to use butterflies as a model system by working with Parnassius clodius butterflies with Dr. Schoville, particularly looking at how ecology can drive speciation, at an incipient stage of genetic divergence. I am interested broadly in topics in ecology and evolution, and more specifically, studying the processes that can potentially lead to speciation by using a combination of extensive field studies and lab experiments.