School of Natural Sciences and Engineering

Deyatima Ghosh

Image of the person
Deyatima Ghosh
Designation
Adjunct Faculty
Body

I am a field-based ecologist and cognitive biologist working at the intersection of animal behaviour, cognition, and conservation. My research seeks to answer a central question: “How are animals adapting to anthropogenic stressors?” By integrating behavioural and cognitive insights with ecological perspectives, I aim to develop context-specific strategies for conserving biodiversity and sustaining ecosystem services in landscapes undergoing rapid urbanization, climate change, and agricultural intensification.

My work spans multiple taxa, including amphibians, reptiles, crows, owls, mammals, and non-human primates, and explores how animals do what they do in environments increasingly shaped by human activity.

Some of my ongoing projects include:

1. Primate novel use of tools and strategies in response to human food provisioning

2. House crow adaptation to urban habitats

3. Amphibian personality in urban environment

4. Herpetofauna ecology and roadkill prevention

5. Ecosystem services and adaptive pest management

6. Mammal ecology and conservation

7. Recovering traditional strategies for human-wildlife coexistence

I am an Assistant Professor at the Centre for Urban Ecology, Biodiversity, Evolution, and Climate Change at Jain University, Bengaluru, India, where I lead the Animal Behaviour and Cognition in Conservation (ABCC) research group. Through my research and mentorship, I strive to bridge fundamental science with applied conservation.

Posting
Department
Search Exclude Entity
No

Sensible heat storage performances of Hytherm 600 oil and energy-harnessing features of glycol-water mixture under simultaneous charging and discharging conditions

A sensible thermal energy storage (TES) system is studied using Hytherm 600 oil as the storage medium and a 30:70 ethylene glycol–water (EG-W) mixture as the discharging fluid, owing to its extended operating temperature range (− 14 ◦C to 105 ◦C) at atmospheric pressure. The EG-W mixture alleviates the working limitations of pure water by lowering the freezing point and elevating the boiling point, making it suitable for solar thermal systems in colder climates and for low-temperature industrial heat recovery without pressurized systems.

Predicting habitat suitability of Dalbergia latifolia Roxb. (Indian rosewood) using MaxEnt: implications for conservation and sustainable forest management

Dalbergia latifolia Roxb. (Indian rosewood) is a high ecological and economic value, native to India’s tropical and subtropical forests. This study presents the first high-resolution, range-wide habitat suitability assessment of across India using MaxEnt modelling. By integrating over 3,200 geo-referenced occurrence records with 19 bioclimatic variables, the research identifies key ecological zones and conservation gaps for this ecologically vital and economically valuable species.