Description
Book SynopsisPreface.- Carbon sequestration via plant nutrition management: Processes and mechanisms.- Drivers of soil organic carbon loss under changing climate.- Exploring nexus between soil carbon sequestration and plant growth.- Role of carbon sequestration in maintaining ecosystem services.- Remote sensing and modelling soil organic carbon sequestration: A regime in global climate change.- Models for soil carbon and nutrient turnover: current status, trends and future prospects.- Modelling plant growth, nutrition and dynamics of soil organic carbon under changing climate and land use change.- Carbon footprinting and life cycle assessment under various plant growth models.- Ecological perturbations and loss of soil organic carbon: Impacts and challenges of mitigation strategies.- Unravelling the carbon capture potential of degraded lands via tree plantations and land restoration.- Comparative role of topsoil and subsoil organic carbon in plant nutrition under climate change.- Enhanced soil carbon storage for improved crop productivity assuring sustainable food and nutritional security.- Enhancing plant nutrition and carbon sequestration via different agroforestry approaches.- Impact of various agronomic approaches on nutrient use efficiency.- Exploring root engineering technologies for efficient nutrient uptake in plant systems.- Role of novel microorganisms for maintaining soil carbon pool and plant health.- Advanced molecular approaches for sustainable soil nutrient management and improving ecosystem services.- Linking plant nutrition to zero hunger' (SDG# 2) and other associated SDGs.- Linking carbon sequestration to UN-SDGs.- Global and regional sustainability challenges and undertaken initiatives for plant and soil nutrient management.- Bibliography.- Index.
