About the Opportunity: Research Climate Change in the Arctic Using Remote Sensing

As the Arctic undergoes rapid transformation due to climate change, this project offers a unique chance to study major environmental shifts such as permafrost thaw, snowpack loss, and ecosystem disruption. You’ll use advanced satellite imaging, machine learning, and land surface models to monitor and predict changes in these critical regions.

Key Research Areas

In this position, you’ll work at the intersection of:

• Satellite Remote Sensing
• Land Surface Modeling
• Climate Prediction & Environmental Monitoring

You will actively collaborate with scientists at NASA Goddard Space Flight Center, gaining exposure to cutting-edge Earth observation technologies.

Your Key Responsibilities:

• Analyze optical and microwave satellite data
• Apply radiative transfer models to interpret satellite signals
• Develop machine learning and deep learning algorithms for environmental forecasting
• Use advanced models to monitor freeze–thaw dynamics across Arctic and Boreal landscapes

Who Should Apply?

Ideal candidates should have a strong academic background in one or more of the following fields:

• Civil or Environmental Engineering
• Remote Sensing or Geospatial Science
• Earth, Atmospheric, or Climate Sciences

Required Skills:

• Programming in Python, MATLAB, or R
• Experience in hydrologic modeling, climate data analysis, or Earth system science
• Strong research aptitude, analytical thinking, and communication skills

What’s Included?

This is a fully funded position with:

• Competitive stipend
• Full tuition waiver (for Ph.D. students)
• Comprehensive health insurance
• Opportunities to present at top scientific conferences
• Access to cutting-edge tools and labs at Saint Anthony Falls Laboratory

Why Arctic Remote Sensing Matters

The Arctic is warming twice as fast as the global average. Monitoring freeze–thaw cycles through satellite remote sensing is essential for:

• Predicting climate change feedbacks
• Informing sustainable development policies
• Managing natural resources in cold regions of North America

By joining this research initiative, you contribute directly to climate resilience and scientific innovation.

How to Apply

Interested candidates should send an email to Dr. Ardeshir Ebtehaj at ebtehaj@umn.edu with the subject line:

“Research position for remote sensing of the Arctic landscape”

Email must include:

• Full Name
• Academic degrees, institutions, graduation years, and GPAs
• TOEFL and GRE scores (for Ph.D. applicants only)
• CV as an attachment

Rolling applications – early submissions are encouraged. Start date: Fall 2025

About the University of Minnesota’s Remote Sensing Lab

The Hydrologic Sciences & Remote Sensing Lab, based within the Department of Civil, Environmental, and Geo-Engineering, focuses on cutting-edge research in hydrology, climate modeling, and satellite technology to address some of the world’s most pressing environmental challenges.

Visit: www.hydsens.com to learn more.

Quick Summary

• Location: University of Minnesota, USA
• Start Date: Fall 2025
• Level: Ph.D. Student or Postdoctoral Scholar
• Field: Climate Change, Remote Sensing, Arctic Research
• Funding: Fully Funded (stipend + tuition + health insurance)
• Collaboration: NASA Goddard Space Flight Center

Don’t miss this chance to advance your research career and make an impact in climate science!

Research Focus Areas for M.S. Assistantships

Graduate students will participate in one of the following innovative and solution-driven projects focused on manure use, composting, and nutrient cycling:

1. Manure Application Strategies for Alfalfa

• Optimize manure application timing and techniques.
• Enhance alfalfa yield and soil health through sustainable practices.

2. Nitrogen Credits from Manured Alfalfa for Corn Production

• Analyze nitrogen cycling in rotational cropping systems.
• Evaluate nitrogen carryover benefits from alfalfa to corn.

3. Composting and Liquid-Solid Separation for Weed Seed Inactivation

• Study methods to remove or deactivate weed seeds from dairy manure.
• Develop sustainable composting protocols for effective manure handling.

M.S. Program Benefits and Details

• Fully Funded Assistantships (stipend + full tuition coverage)
• Start Date: Fall Semester 2025
• Department: Soil, Water, and Climate, University of Minnesota
• Focus on applied research, real-world impact, and climate-smart agriculture
• Ideal for students interested in agronomy, soil science, environmental sustainability, or livestock nutrient management

How to Apply for Fall 2025 Assistantships

Step 1: Explore the Program

Visit the Wilson Lab website and check the “Ready to Join” section for detailed information on available positions.

Step 2: Contact the Research Advisor

Reach out directly to Dr. Melissa Wilson to express your interest and discuss how your background aligns with the research goals.

Email: mlw@umn.edu

Step 3: Ask About Fellowships

Explore additional funding opportunities and fellowships—we’ll guide you through the options.

Why Join the University of Minnesota’s Manure Research Team?

• Conduct field-based research with direct environmental and agricultural impact
• Collaborate within a supportive, interdisciplinary research group
• Gain hands-on experience in data analysis, nutrient modeling, and scientific communication
• Be part of efforts to improve manure management, enhance soil fertility, and promote sustainable crop systems

Questions? Connect With Us!

We’re always excited to hear from prospective students who are eager to contribute to sustainable agriculture and manure nutrient management.

Contact:
Dr. Melissa Wilson
Email: mlw@umn.edu
Website: Wilson Lab – University of Minnesota

Apply early to secure your spot in this prestigious and fully funded M.S. program for Fall 2025!