Naveen Chandra Joshi – författare

Microbial Fertilizers: Innovations and Applications for Sustainable Agriculture explores the latest developments, applications, and challenges in the formulation and commercialization of novel microbial-based biofertilizers. Covering a wide array of topics, the book begins by covering the selection and diversity of microbial fertilizers. It goes on to explore the molecular and biochemical mechanisms of their plant-microbe interactions and how they can enhance nutrient availability and improve environmental stress tolerance. Additionally, the book addresses the commercialization and market trends of microbial fertilizers like the use of formulation technologies to improve microbial viability and stability in various product formats for better practical application.The book also explores cutting-edge omics approaches that facilitate comprehensive profiling of microbial communities and their roles in soil fertility and plant health as well as innovative technologies like the integration of synthetic biology and genetic engineering to tailor microbial strains for specific functions and the use of nanotechnology with microbial fertilizers for targeted nutrient delivery and controlled release systems.Explores the latest developments and challenges in the formulation of novel microbial-based biofertilizersDiscusses major hurdles faced during the commercialization of biofertilizersOffers an advanced perspective on the latest innovations of biofertilizers technology

A major challenge for agriculture and future crop production is the deterioration in soil health and fertility. We have large areas of barren land across the globe with degraded soil which can only be made fertile by applying proper nutrition and soil health management practices. It is crucial to protect soil health in order to feed the world's ever-growing population. Healthy soil is a dynamic ecosystem containing microbes that aid in the breakdown of organic materials and minerals, increasing the availability of plant nutrients (nutrient recycling) and enhancing soil quality and crop output. Healthy soil also helps mitigate the impact of climate change by maintaining nutrients and sequestering atmospheric carbon. This book summarizes the numerous components of soil health management including cutting-edge technologies such as genome editing and rhizospheric engineering, together with conventional techniques for preserving soil nutrients.