Muneeb Ahmad Wani – författare

Trends and Applications in Smart Horticulture provides a comprehensive and current guide to the latest advancements in the production of plant growth, resource management, and overall crop productivity. The field of horticulture has been undergoing a transformative shift, driven by advancements in technology and the need for sustainable agricultural practices. Smart horticulture encompasses the integration of digital tools, precision farming techniques, automation, data analytics, and innovative technologies to optimize production. Presenting the latest insights and research as well as case-studies to demonstrate real-world implementation, Trends and Applications in Smart Horticulture provides a valuable dissemination of knowledge and facilitates the adoption of innovative practices within the industry, driving its continued growth and transformationFulfills the need for up-to-date information on the latest advancements in smart horticultureIncludes real-world case studies showcasing successful applications of smart horticulture, and guiding readers with implementation strategies and outcomesEmphasizes sustainability, addressing concerns about environmental impact which enhancing production

Discover strategies to develop crop plants with specific traits needed to meet the specific challenges. Climate change poses an existential threat to global food supplies, with even modest increases in global temperature potentially spelling disaster for crop productivity. Plant breeders have applied traditional methods and developed new crop varieties to maintain productivity under specific conditions, but there is an urgent need to go much further. We must harness the broadest possible range of genomic data and crop breeding practices to create the next generation of resilient food crops. Custom-Designed Crop Breeding highlights the use of omics-based knowledge, precision genetics, and molecular techniques to breed new climate-resistant crops. Beginning with an overview of both present and future scenarios in which functional genomics is applied to crops, it moves through crop breeding techniques, design of crops for stress tolerance, and more. The result is an essential tool in the fight for a sustainable food supply. Custom-Designed Crop Breeding: Volume 1 — Advanced Technologies offers a comprehensive exploration of cutting-edge advancements driving modern crop improvement. This volume highlights innovative methodologies in genomics, climate-resilient breeding strategies, and the transformative role of artificial intelligence (AI) and machine learning (ML) in precision agriculture. Spanning diverse topics, including genomic tools, high-throughput phenotyping, bioinformatics integration, and next-gen AI-driven predictions, this book serves as an essential resource for researchers, breeders, and professionals seeking to revolutionize agricultural practices for sustainability and productivity. Custom-Designed Crop Breeding: Volume 2 — Improved Traits delves into innovative strategies for engineering crops with enhanced traits to address global agricultural challenges. This volume is structured around three critical themes: abiotic stress tolerance, biotic stress resistance, and improved nutritional and pharmaceutical quality. Edited by leading experts, it offers a thorough exploration of advanced techniques like haplotype-based breeding, genomic selection, and root system optimization, along with the development of designer crops for resilience, sustainability, and functional applications. Custom-Designed Crop Breeding readers will also find: Designer crop solutions for abiotic and biotic stresses, including drought, salinity, insects, and fungal diseases.Highlights on the development of crops tailored for functional foods, herbal, and aromatic applications.Presents the latest methodologies, such as haplotype-based breeding, genomic selection, and root architecture optimization for improved yield and resilience.Custom-Designed Crop Breeding is ideal for professionals and researchers interested in genetic improvements of crop plants based on innovative breeding technologies.

Topics covered in each chapter, in relation to the subject species, include current cultivation practices and challenges, germplasm biodiversity and conservation, traditional breeding, molecular breeding, tissue culture applications, genetic engineering and gene editing, mutation breeding, hybridization, and future research directions.

Topics covered in each chapter, in relation to the subject species, include current cultivation practices and challenges, germplasm biodiversity and conservation, traditional breeding, molecular breeding, tissue culture applications, genetic engineering and gene editing, mutation breeding, hybridization, and future research directions.