Innovations in Climate Resilient Agriculture

This book discusses how modern technology interacts with agriculture, soil, and plants for the production of robust crops, and emphasises aspects of climate change susceptibility, adaptation, and amelioration for agricultural sustainability. Examples of such technologies that could have a significant impact on all facets of sustainably increasing agricultural productivity include genome editing, gene mapping, nanotechnology, hydroponics, IoT, artificial intelligence, and UAVs. The book also presents the importance of computer modelling using artificial intelligence, robotics, and other cutting-edge methods in the development of climate-smart crops for long-term food security improvement in vulnerable agricultural systems impacted by climate change. The primary audience for the book is professional scientists, as well as advanced undergraduates and graduate students. It is also intended for the agricultural productivity sector, including nanotechnologists, plant biotechnologists, horticulturists, physiologists and agronomists, breeders, entomologists, plant pathologists, food policy analysts, and agricultural data scientists.

Rajni Rajan, PhD, is currently working as an Assistant Professor (Fruit Science) in the Department of Horticulture at Lovely Professional University, Phagwara, Punjab, India. She qualified in JRF-NTS, SRF-NTS, and ARSB NET in Fruit Science. She also received awards for paper presentation awards for research work from reputed international and national societies. She has published 25 research papers, 12 book chapters, several popular articles and 2 books under production with reputed journals, magazines and publishers. She serves on the editorial boards of well-known publishers. She has also published three patents, two copyright and two design patent was awarded by the Ministry of Commerce and Industry, Government of India. She is a lifelong member of many reputable organizations as well. She also contributed in the prestigious United Nations 6th meeting of COP 11 on Cartagena Protocol on biosafety and 11th meeting of COP 11 to the Convention on Biological Diversity in Hyderabad, India. She received certificate of appreciation for her experience in Events and Conference Service Management, Protocol understanding and communication with numerous delegates and organizations from the Ministry of Environment and Forest, Government of India. Her research work focuses on fruit breeding, biotechnology, tissue culture, abiotic stress management, and mutation breeding in fruit crops. She explores the area of genomics, metabolomics, genome editing, and the implication of artificial intelligence in fruit crops. Dr. Kuldeep Pandey is currently working as an Assistant Professor (Fruit Science) in the Department of Fruit science, College of Horticulture & Forestry, Acharya Narendra Deva University of Agriculture & Technology, Kumarganj, Ayodhya, Uttar Pradesh, India. Earlier, he worked as Subject Matter Specialist in Horticulture (Pomology) at the Farm Science Centre in Saraiya, Muzaffarpur, RPCAU, Bihar, India. His research work focuses on Breeding, Biotechnology, Tissue Culture and Production technology for fruit crops. He is very keen to explore the areas of Climate resilience agriculture, Transgenic technology and effect of climate change on fruit crops. He has developed the world's first ever mango in planta transformation protocol. Dr. Pandey has qualified in JRF-NTS, IARI-SRF and ARSB NET in Fruit Science. He has been awarded prestigious DST-SERB, ITS-International Travel Support to attend International Mango Symposium, at Malaga, Spain in 2023. He has received Chancellors Gold Medal in the undergraduate programme (2015), National Level Gold Medal for Quiz Competition in the 19th ICAR-AGRIUNIFEST at SDAU, Sardarkurshinagar, Gujrat, Best M.Sc. Thesis Award (2019) in the International Seminar on Environmental Issues and Challenges in the 21st Century, sponsored by DST New Delhi, India, and Best Research Scholar Award (2019) by ATEDS, U. S. Nagar, Uttarakhand, India. He contributed 12 research papers, six book chapters, and several popular articles which