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Exploring Earth's ecological systems and evolutionary processes represents a core scientific pursuit with far-reaching implications across environmental disciplines. Our team applies ecological and evolutionary methods to conservation efforts and wildlife management strategies. We investigate diverse life forms, from microscopic organisms to towering flora and fauna, employing ecological frameworks. Special emphasis is placed on plant development, environmental influences on vegetation, and their complex relationships with soil ecosystems. These investigations enhance our comprehension of human impacts on natural habitats while advancing agricultural efficiency and sustainability. Additionally, we examine microbial community dynamics, essential for ecosystem functionality. Evolutionary principles help us decipher biodiversity patterns, disease emergence, and invasive species dynamics. Our evolutionary studies combine theoretical models, computational analysis, and laboratory experiments to decode biological system structures and behaviors. Key areas include metabolic adaptations to environmental shifts, genetic mutation effects in microevolution, and selection pressures shaping organismal traits. Research spans evolutionary genetics, phylogenetic studies, molecular evolution, behavioral adaptations, and population genetics.
PhD 3-4 Years Full-Time, MPhil 1 Year Full-Time