**6. Conclusion**

Globally changing climate ultimately resulting in adverse agro-eco environments. Presently, the multi-dimensional and concurrent impacts of different biotic and abiotic factors limiting the crop growth. Raising of crop nowadays facing multiple stresses at the same time in the field. It makes ultimately hard to find tangible solutions to stand against this situation. Nevertheless, Sustainable management technosolutions will be necessary to meet the societal requirements in this regard in the cotton-growing areas of the world. Reduction in yield of cotton crop due to multiple stresses in the field condition occurred. Different abiotic factors favoring biotic factors (insects and pathogens) to grow and survive. These factors are intermingled at some point and be reason for strong reduction in cotton yield. Co-occurrence of many stresses affects more to a plant as compared to single stress factor. Integrated pest management, integrated soil and crop management and effective agronomic practices could play a key role to combat the adverse effects of biotic and abiotic factors. Different molecular breeding methods are often used to develop cotton varieties that are resistant to abiotic stresses, whereas various transgenomic techniques mends resistance against different insect pests and pathogen. So, Plant breeders, plant physiologists, and microbiologists should must ponder over this complex situation when they forecasting their investigation approaches. Research on new innovative combinations of agro-eco systems and introduction of bio-techno solutions and persistent stewardship from farm to global farming culture is vital for sustainable cotton production.

*Role of Biotic and Abiotic Factors for Sustainable Cotton Production DOI: http://dx.doi.org/10.5772/intechopen.111914*
