Moving from Midwest to Front Range, I joined ESIIL as a postdoc associate to continue my agroecology research. As NSF-funded national data synthesis center, I do love thsoe “wild” folks ⛰️
BE BOULD LIKE THE ROCK 🌄
Spending 5 year at IN, I harvested not just my phd degree but a marriage licence. Sweet home Indianapolis tought me how to do research, and along the way, it taught me how to love.
always Crimson 🔴 & Cream ⚪
I recently published a short post on the IU Graduate School blog, "Ready is not a feeling but a decision". I wrote it for fellow graduate students who are balancing doubt, deadlines, and growth. It’s a quick reflection on how “ready” often comes after you start. Here’s the link if you’d like to read it: link
I received the first course evaluations. Thank you to all my G205 students for the kind feedback and words. It’s been a privilege to learn and work with you all:)
I gave a talk titled "Global Synthesis of Cover Cropping-Induced Soil Greenhouse Gas Emissions", along with a poster named "Evidence gaps and misestimations of cover crop in producer-managed croplands" in New Orleans.
where sicence connect us
We are contributing to the ESIP “Climate & Agriculture” cluster by helping re-activate this archived group. This cluster aims to build a data-driven framework for advancing climate-smart agricultural research. Join the mailing list or check the ESIP event calendar for more info.
Invited by Professor Carl Crozier, chair of the 5th Agriculture Webinar (Sciforum), I delivered a presentation on cover-crop ecosystem services and yield stability in marginal and underutilized lands.
Honor to have my first "highly cited paper" in Web of Science. It’s especially meaningful to see our findings being cited over 50+ times for the first year, by leading scientists and influential studies in the field, including work led by David Lobell and many others.
My article presents 30 months of field-based monitoring data that demonstrate a 15.2 % increase in global-warming-potential under cover-crop + no-tillage systems, providing real-world empirical evidence to inform climate-smart agricultural management. paper link
I completed the year-round Preparing Future Faculty and Professionals (PFFP) program, receiving structured training in teaching, research, and academic service.
I just successfully defended my proposal titled “Quantifying the potential of cover crops in climate mitigation and sustainable agroecosystem” at the Department of Earth and Environmental Sciences, Indiana University Indianapolis.
I received a Certification Badge and Recognition Medal from Indiana University for my efforts in research, mentoring, and outreach. Grateful for the support and opportunities as I continue preparing for a future in higher education.
I was honored with the Best Graduate Student Presentation Award from the Indiana Water Resources Association (IWRA) in 2024, recognizing the impact and communication of my research on agricultural water and climate resilience.
After extensive revisions and refinement, the first chapter of my PhD dissertation was published in Field Crops Research. This work synthesized over 1,000 field-experiment observations across the world, providing a rigorous meta-analytic assessment of how cover crops influence main-crop yields.
As the co-first author, I published my first paper in Agricultural Water Management after coming to Indiana University. We conducted a global meta-analysis that quantifies the influence of nitrogen fertilizer rates on wheat yield, grain protein content, and water productivity, identifying an optimal nitrogen range and highlighting how responses vary across different management and environmental conditions.
I presented my research poster in Chicago, sharing the global synthesis of cover-crop impacts on cash crop yields. It was my first time stepping into the AGU community and showcasing the early stage of my PhD work.