Currently, we are working on a variety of crops (Tobacco, Maize) and model plant species (Arabidopsis thaliana, wild Nicotiana plants) with particular focus on:
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Evolution and adaptation of complex traits in response to natural and artificial selection
- Genetic architecture of complex traits
- Impact of environment on complex traits variation and evolution
- Molecular basis underlying complex traits
- Predictive models for various breeding setup
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Development of wet-lab protocol and computational methods
- Low coverage genotyping and imputation
- High throughput and cost-efficient omics approaches
- Development of SNP array for various breeding applications
- Raspberry PI and UAV powered plant phenotyping
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Towards a productive and sustainable solution for future agriculture and biodiversity conservation
- Integrating of remote sensing, climate and soil modelling in plant genetics and ecology
- Predicting the future of natural and artificial population
- Systemic design of future agriculture and biodiversity