Jesmin Aktar

Jesmin Aktar is a Researcher at Charles Sturt University, Australia, specializing in sustainable agricultural systems through perennial crop development. Her work integrates plant genetics, soil ecology, and carbon sequestration research, with strong publication activity from 2017-2024. She maintains an active institutional email (jaktar@csu.edu.au) and demonstrates collaborative research through co-authorship with Charles Sturt University colleagues.

Her educational background includes:

• Doctor of Philosophy (PhD) in Agricultural Sciences, Charles Sturt University, 2017

Aktar's research centers on overcoming limitations of annual crops through perennial alternatives. She investigates root exudation dynamics in sorghum, carbon capture potential in biodiverse systems, and genetic trade-offs between yield and perenniality. Her fingerprint analysis highlights expertise in perennial wheat, genotype selection, and soil-plant-microbe interactions, with applications for climate-resilient agriculture.

Publication trends since 2020 reveal increasing focus on ecosystem-level interactions, shifting from foundational wheat research (2017) to soil microbiome studies (2023) and carbon capture applications (2024). This progression demonstrates methodological evolution from controlled plant physiology experiments toward field-based ecological analyses.

No scientific awards or honors were documented in the available information.

Collaborative patterns indicate active participation in multi-investigator teams, particularly with L.A. Weston's group at Charles Sturt University. The absence of listed advisees suggests primary focus on independent research rather than graduate supervision. Funding sources remain unspecified in the provided materials.

Aktar operates within Charles Sturt University's agricultural research ecosystem, contributing to projects examining soil biodiversity and crop sustainability. Her current work with dung beetle ecology and sorghum genotypes positions her within teams addressing agricultural intensification through natural ecosystem services.