Mustafa Mirik

Skilled professional with an M.S. in Natural Resource Sciences and extensive experience in geospatial sciences, resource management, and ecology. Proven ability to supervise teams and manage landscape projects while applying geospatial technology to solve environmental challenges. Expertise in integrating GIS and remote sensing to enhance project execution, optimize resources, and deliver impactful research outcomes.

Corporate Campus Landscape Upgrade

Led a comprehensive landscape renovation project for a corporate campus, focused on enhancing visual appeal and improving the functionality of green spaces.

• Supervised and coordinated a team of 10 landscapers, delegating responsibilities and ensuring all work met established quality standards and project deadlines.
• Provided hands-on training in advanced landscaping techniques and proper equipment usage to increase team efficiency and performance.
• Conducted weekly site inspections to monitor progress, resolve issues promptly, and adjust maintenance strategies as needed.
• Ensured project completion aligned with client expectations and long-term landscape sustainability goals.

Community Park Renovation

Coordinated a full-scale renovation of a community park to enhance recreational amenities and promote environmental sustainability.

• Developed a comprehensive project plan outlining clear objectives, defined scope, and structured timelines.
• Oversaw project execution, including landscape improvements, installation of new playground equipment, and upgrades to walking paths.
• Managed project workflow to ensure quality standards, safety compliance, and timely completion.
• Collaborated with local government officials and community stakeholders to align renovation efforts with public needs and expectations.

Invasive Woody Species Management – Honey Mesquite

Contributed to research and management initiatives focused on controlling invasive woody species in rangeland ecosystems.

• Referenced: Mirik, M., & Ansley, J. R. Utility of aerial and satellite images for quantification of canopy cover and infilling rates of the invasive woody species honey mesquite (Prosopis glandulosa) on rangeland. Remote Sensing, 4(7), 1947–1962.
• Applied aerial and satellite imagery analysis to assess canopy cover and monitor infilling rates of honey mesquite in affected rangelands.
• Implemented integrated control strategies, including chemical and mechanical treatments, targeting invasive species such as honey mesquite, eastern red cedar, redberry juniper, and honey locust.

Rangeland & Wetland Ecology Research

Conducted ecological research focused on plant dynamics, biodiversity enhancement, and ecosystem restoration in rangeland and wetland systems.

• Investigated plant competition, species diversity, and primary production within rangeland ecosystems to evaluate vegetation performance and sustainability.
• Developed and implemented strategies to enhance vegetation diversity and manage invasive species in wetland environments.
• Supported wetland restoration initiatives aimed at improving ecosystem function and water quality.
• Collected, preserved, and identified plant specimens at the species level to assess composition and structure of wetland plant communities.