Books/Book Chapters/Edited Books
Permanent URI for this collectionhttp://192.168.24.11:4000/handle/123456789/237
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Item Drought Tolerance in Crops(New Era Agriculture, 2025) Padmini Ganga, Piyusha Singh, Javed, Yatharth Mishra, Manasi Singh, Ayushi Singh, Muskan SinghDrought is one of the most severe abiotic stresses limiting global crop productivity, affecting approximately 26% of the world’s arable land. Climate change has increased the frequency and severity of drought events, threatening food security in many regions. Drought stress in plants leads to physiological water deficiency, disrupting growth, photosynthesis, nucleic acid and protein synthesis, and nitrogen metabolism. To cope with drought conditions, plants employ multiple resistance strategies, including drought escape, dehydration avoidance, and dehydration tolerance. Morphological adaptations such as enhanced root systems, reduced leaf area, and stomatal modifications, along with physiological and biochemical mechanisms like osmotic adjustment, antioxidant activity, and stress protein synthesis, contribute to drought tolerance. Addressing drought stress in agriculture requires an integrated approach combining molecular tools, morpho-physiological analyses, and conventional breeding strategies to develop drought- resistant crop varieties and ensure food security in the face of global climate change.Item Oxidative Stress and Antioxidant Mechanism(The Pustakalaya, 2025) Mubeen, Pratiksha, Nadeem Khan, Abhishek KumarItem Soil Enzymes and Their Methods of Determination(EdTech Publications, Vikas Nagar, Lucknow, U.P., India, 2025) Shashank Singh, Shashi Bhushan Singh, Kaushalanand, Shubhangi Singh, Shubhendu SinghSoil enzymes are vital for nutrient cycling and organic matter decomposition, acting as sensitive indicators of soil health and fertility. Multiple analytical methods have been developed to assess their activities, each with unique principles and applications. Spectrophotometric methods use chromogenic substrates for simple and reproducible measurements. Titrimetric approaches quantify products like ammonium via acid-base titration. Fluorometric assays offer high sensitivity and rapid, multiplexed analysis. Radioisotopic techniques provide precise results but pose safety concerns. Manometric and electrode-based methods measure gas changes and pH shifts, respectively. Chromatographic methods (HPLC, GC) enable detailed product separation, while capillary electrophoresis offers high-resolution analysis of ionic species, supporting comprehensive evaluation of diverse soil enzyme functions.Item Cow-Based Integrated Farming System(EdTech Publications, Vikas Nagar, Lucknow, U.P., India, 2025) Shubhangi Singh, Shubhendu Singh, Shashank Singh, Shashi Bhushan Singh, MadhulikaCow-Based Integrated Farming System (CBIFS) is a sustainable agricultural model integrating cattle with components like crops, fishery, horticulture, and apiculture to promote resource recycling and ecosystem resilience. Cows contribute dung, urine, and leftover feed that support nutrient cycling, biogas production, and aquaculture inputs. Systems like fish–cow and crop–cow integration enhance productivity, profitability, and employment for smallholder farmers. CBIFS emphasizes ecological balance, reduced external inputs, and food security. Despite limitations such as nutrient loss, manure handling challenges, and low-quality residues, this model offers promising opportunities for sustainable intensification, organic input use, and rural livelihood enhancement.Item Agro Innovations: Recenet Developments in Agriculture and Allied Fields(The Pustakalaya, 2025) Shabeer Ahmad, Sneha Harishchand Trede, Sajib Kumar Biswasi, Kh. Chandrakumar Singh, Ajeet Soni, Mukesh Kumar SinghItem Transforming Global Digital Trade: Charting a Sustainable Future through the WTO Lens(Bloomsbury India, 2025) Mirza Juned Beg, Mohd Sufiyan KhanItem Guardian of the Green: Federalism and Judicial Review in India as Protector of Our Planet(Mind Your Law, 2025) Mirza Juned BegIn an era marked by the urgent crescendo of ecological crises, the intricate tapestry of environmental federalism emerges as a pivotal construct in navigating the labyrinthine challenges of sustainable governance. This scholarly exploration delves into the dynamic interplay between federalism and judicial review, illuminating the delicate balance between national imperatives and local aspirations in environmental stewardship. Through a kaleidoscope of legal frameworks and judicial interpretations, the narrative intricately weaves the threads of authority, accountability, and ecological integrity, revealing the profound implications of judicial oversight in enhancing or constraining environmental policy. As the judiciary assumes its role as both arbiter and guardian of the environment, this examination posits that judicial review serves as a vital fulcrum, ensuring that the imperatives of environmental justice resonate across the fragmented landscape of governance. By scrutinizing landmark cases and legislative milestones, this work elucidates how the judiciary shapes the narrative of environmental federalism, fostering a symphony of cooperative engagement while grappling with the discordant notes of state versus federal authority. This discourse aspires to catalyze a deeper understanding of the harmonious interplay between law and nature, urging stakeholders to engage in a collective. Ultimately, this work aspires to contribute to the ever-evolving narrative of environmental jurisprudence in India, urging a contemplative reflection on our collective responsibility toward the Earth and future generations.Item A Trap Woven with Love: Legal Dimensions of Sexual Exploitation under False Marriage Commitment(MJS Publication, 2025) Mirza Juned Beg; Syedah Fatima Zahara Jafri, Syed Irfan Haider jafri, Mohd Sufiyan KhanItem Perturbation Theory and Eigenvalue Localization for Quaternionic Matrices(Book Rivers, 2025) Istkhar Ali, Mohammad Waquas Khadim"This chapter presents a comprehensive exploration of perturbation theory and eigenvalue localization for matrices over the quaternion division algebra, addressing key theoretical and computational challenges arising from their non-commutative nature. Building on recent advances in quaternionic linear algebra, we extend classical perturbation results-such as the Bauer-Fike theorem and relative eigenvalue bounds-to the quaternionic setting, with a focus on both right and left eigenvalues, which exhibit fundamentally distinct behaviors. We derive new perturbation bounds for structured quaternionic matrices (e.g., Hermitian, unitary, and skew-Hermitian), leveraging their unique spectral properties."Item Numerical Solutions of Non-Linear Equations by Newton’s, Steffensen’s & Halley’s Method(Book Rivers, 2025) Najmuddin Ahmad"In his chapter, Numerical analysis is the study of algorithms that use numerical approximation for the problem of mathematical analysis."