Biotechnology to enhance sugarcane productivity and stress tolerance /
edited by Kalpana Sengar.
- 1 online resource
chapter one Biotechnological approach -- A new dimension for sugarcane improvement / chapter two Molecular mapping techniques -- Application for the development of stress-tolerant sugarcane / chapter three Coding the non-coding small RNA elements in sugarcane environmental responses / chapter four Biotechniques -- Quest for stress-tolerant sugarcane / chapter five Biotechnological interventions to overcome the effect of climate change in sugarcane production / chapter six Abiotic stress tolerance in sugarcane using genomics and proteomics techniques / chapter seven Insights into biotechnological interventions for sugarcane improvement / chapter eight Potential applications of molecular markers for genetic diversity and DNA fingerprinting in sugarcane / chapter nine Prospects of non‑conventional approaches for sugarcane improvement / chapter ten Sugarcane biotechnology towards abiotic stress tolerance -- Drought and salinity / chapter eleven Prospects of biotechnological tools in boosting sugarcane production / chapter twelve Proline metabolism as sensors of abiotic stress in sugarcane / Gauri A. Nerkar Madhavi V. Purankar Suman Sheelavantmath Rachayya M. Devarumath -- Kalpana Sengar -- Clícia Grativol Flávia Thiebaut Adriana Silva Hemerly Paulo Gomes Ferreira Cavalcanti -- Bushra Tabassum Idrees Ahmad Nasir Tayyab Husnain -- Yogendra Singh -- Naresh Pratap Singh Vaishali Shami -- Pooja Dhansu Ashwani Kumar Anita Mann Ravinder Kumar B.L. Meena Parvender Sheoran B. Parameswari Neeraj Kulshreshtha -- Manoj Kumar Sharma Kalpana Sengar Ashu Singh R.S. Sengar -- Gulzar S. Sanghera Rajinder Kumar -- Lakshmi Kasirajan Anuradha Chelliah Boomiraj Kovilpillai -- Kalpana Sengar R.S. Sengar Sanjay Kumar Garg -- Ashu Singh Kalpana Sengar Manoj Kumar Sharma R.S. Sengar Sanjay Kumar Garg.
9781315152776 9781351639286
10.1201/9781315152776 doi
Agricultural productivity.
Sugarcane--Biotechnology.
Sugarcane--Climatic factors.
SB231 / .B56 2018
633.61 / B616
chapter one Biotechnological approach -- A new dimension for sugarcane improvement / chapter two Molecular mapping techniques -- Application for the development of stress-tolerant sugarcane / chapter three Coding the non-coding small RNA elements in sugarcane environmental responses / chapter four Biotechniques -- Quest for stress-tolerant sugarcane / chapter five Biotechnological interventions to overcome the effect of climate change in sugarcane production / chapter six Abiotic stress tolerance in sugarcane using genomics and proteomics techniques / chapter seven Insights into biotechnological interventions for sugarcane improvement / chapter eight Potential applications of molecular markers for genetic diversity and DNA fingerprinting in sugarcane / chapter nine Prospects of non‑conventional approaches for sugarcane improvement / chapter ten Sugarcane biotechnology towards abiotic stress tolerance -- Drought and salinity / chapter eleven Prospects of biotechnological tools in boosting sugarcane production / chapter twelve Proline metabolism as sensors of abiotic stress in sugarcane / Gauri A. Nerkar Madhavi V. Purankar Suman Sheelavantmath Rachayya M. Devarumath -- Kalpana Sengar -- Clícia Grativol Flávia Thiebaut Adriana Silva Hemerly Paulo Gomes Ferreira Cavalcanti -- Bushra Tabassum Idrees Ahmad Nasir Tayyab Husnain -- Yogendra Singh -- Naresh Pratap Singh Vaishali Shami -- Pooja Dhansu Ashwani Kumar Anita Mann Ravinder Kumar B.L. Meena Parvender Sheoran B. Parameswari Neeraj Kulshreshtha -- Manoj Kumar Sharma Kalpana Sengar Ashu Singh R.S. Sengar -- Gulzar S. Sanghera Rajinder Kumar -- Lakshmi Kasirajan Anuradha Chelliah Boomiraj Kovilpillai -- Kalpana Sengar R.S. Sengar Sanjay Kumar Garg -- Ashu Singh Kalpana Sengar Manoj Kumar Sharma R.S. Sengar Sanjay Kumar Garg.
9781315152776 9781351639286
10.1201/9781315152776 doi
Agricultural productivity.
Sugarcane--Biotechnology.
Sugarcane--Climatic factors.
SB231 / .B56 2018
633.61 / B616