UNLV Graduate Mentor — MENTORS Program
Mentoring an incoming graduate student through the Graduate Mentoring Excellence program — guidance on academic challenges, career planning, and professional networks.
I'm Karen Figueroa Chilito — a data scientist and researcher studying the dynamics of mosquito populations and the diseases they spread, including malaria and dengue. I am currently pursuing a PhD in Global and Environmental Health at the University of Nevada, Las Vegas, and work as a graduate researcher in the PARAVEC Laboratory under Dr. Louisa Messenger.
My work integrates machine learning, geospatial analysis of high-resolution raster datasets, and genomics to explore how mosquitoes adapt to new environments, what drives their spread, and the environmental patterns that determine their survival. By developing predictive models and analyzing genetic data, I aim to inform innovative strategies to combat mosquito-borne diseases and protect vulnerable populations worldwide.
I study the intersection of climate change and mosquito population dynamics — reading the landscape like a living document.
I model the relationships between environmental change — vegetation, surface water, temperature — and the distribution of vector populations, developing predictive pipelines that integrate remote sensing with population genomics.
The goal is operational: turn raster stacks and sequencing reads into adaptive public-health strategies. Monitoring systems that watch where disease is most likely to arrive next, and why.
Published in The Lancet Planetary Health, this work sits at the intersection of vector biology, climate, and global health — the kind of research that asks how ecology and epidemiology inform each other.
Read the article →Representing Nevada at the 2024 United to Beat Malaria Leadership Summit in Washington, D.C. — because data without policy is a paper, not a strategy.
The summit, a grassroots campaign by the United Nations Foundation, gathers advocates to address the urgent need for sustained funding for malaria elimination. I attended alongside my advisor, Dr. Louisa Messenger, who participated in the plenary panel on bridging research and advocacy.
We met with policymakers to advocate for continued investment in the President's Malaria Initiative, the CDC, and global-health institutions — the Global Fund, Gavi, and UNICEF — that form the scaffolding of international disease response.
Scheduled presentation in the New Vector Control Tools: UAS & Artificial Intelligence session on March 6, 2025.
Presented in the Young Investigator Award Competition, highlighting insights into genetic diversity and population dynamics in arid environments — with implications for vector-control strategy and public-health intervention.
Workshops at the intersection of AI and science:
Connected with Women in Machine Learning and Latinx in AI.
Mentoring an incoming graduate student through the Graduate Mentoring Excellence program — guidance on academic challenges, career planning, and professional networks.
Awarded for commitment to advancing public health in Nevada — particularly in Environmental & Occupational Health and Biostatistics & Epidemiology.
$1,500 award in support of an experiential learning project addressing public-health challenges in Nevada.
A toy population model grounded in real ecology. Click the grid to seed a cluster; drag temperature and rainfall sliders to shift the environment and watch the dynamics evolve.
An application analyzing climate-change impacts on mosquito distribution using high-resolution satellite data and environmental rasters.
An interactive dashboard to track and visualize trends in vector-borne disease using predictive modeling and public surveillance data.