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Item 1953 Buzacott Cane Collecting in New Guinea in 1951.pdf(ISSCT, 1953)The discussion in this document explores factors influencing pollen production in sugarcane populations. It delves into the effects of temperature on seedling populations as well as the quality of pollen production, with considerations for genetic and environmental causes of male-sterility in varietal differences. Chromosome counts are also mentioned as a crucial aspect for accurate genetic analysis.Item 1953 Davison Sugarcane Wax Part IV - Some Observations on th.pdf(ISSCT, 1953)The document discusses various compounds relevant to the plastics industry and potential replacement with lactic acid. Economic considerations for production costs are emphasized. The conversation centers on the utilization of lactic acids for manufacturing compounds in competition with existing sources, showcasing the importance of cost factors in product development and selling price considerations.Item 1932 Kerr,Colorimetric method for determining the hydrogen ion concentration of soils.pdf(ISSCT, 1932)This study describes a colorimetric method for determining the hydrogen ion concentration of soils using Brom-Cresol-Green solution. The method involves mixing soil samples with the solution and performing comparisons with standards to assess soil acidity. The approach provides a practical field determination of soil pH without the need for portable equipment, offering a reliable assessment of soil characteristics.Item 1996 Irvine Sugarcane Biotechnology - Development, Progress and Potentials.pdf(ISSCT, 1996)Exploration of the development, progress, and potential of sugarcane biotechnology. The paper reviews the history of sugarcane molecular biotechnology, emphasizing efforts to enhance breeding efficiency through molecular genetics and the global collaboration within the International Consortium for Sugarcane Biotechnology.Item 1950 Savoir,Turbine drive for sugar cane mills.pdf(ISSCT, 1950)This document likely contains information on planting methods related to sugarcane cultivation. Unfortunately, the text is missing, so specific details are unavailable.Item 2023 Cavailles, Vaca-Medina, Wu-Tiu-Yen, Evon, Peydecastaing, Pontalier.pdf(ISSCT, 2023)This paper investigates the utilization of sugarcane bagasse as food packaging material through a thermo-compression process to create 100% bio-based materials. The study assesses the impact of molding conditions and water content of bagasse on material density and mechanical properties. Experimental molding using a heated hydraulic press is conducted, focusing on sustainability and waste management by repurposing bagasse.Item 1968 Wilson Education and Sugar Industry Progress Training a.pdf(ISSCT, 1968)This paper focuses on training and education within the South African sugar industry's agricultural sector. It highlights the absence of sugarcane in the curriculum of agricultural education institutions in South Africa. The document discusses efforts and initiatives to introduce training courses related to sugar milling technology, aiming to enhance technical field staff skills and knowledge within the industry.Item 1977 Nartea Magnesium Release Characteristics of Some Philippine Soils.pdf(ISSCT, 1977)Examining the magnesium release characteristics of Philippine soils used for sugarcane cultivation, this study focuses on soils from the Victorias Milling district. It categorizes soils into high and low magnesium content categories and studies their release kinetics. The research reveals insights into the exchangeable and non-exchangeable forms of magnesium, highlighting differences between high and low magnesium soils.Item 1962 Gonzalez-Velez The Respose of Sugar Cane to Fertilizers on an Organic Soil.pdf(ISSCT, 1962)This research explores the response of sugar beet to fertilizers on organic soils, emphasizing the significance of minor elements in enhancing sugar beet yields. The study delves into the impact of fertilizers, highlighting variations in plant responses to different elements and offering insights into optimizing fertilizer applications.Item 2016 Pushpavalli, Balaji, Prakash.pdf(ISSCT, 2016)This paper explores the optimization of organic K application (Kash) to sugarcane compared to chemical K fertilizer. The study aims to determine the efficacy of Kash, a value-added K fertilizer derived from molasses-based distillery waste. Results indicate that applying K through Kash enhances sugarcane yield, suggesting its potential as a substitute for chemical K fertilizers.Item 2023 Yepez, Palacios, Soto, Gil.pdf(ISSCT, 2023)This paper delves into xylose production from sugarcane harvesting residues as a step towards a bio-based economy. It emphasizes the renewable potential of sugarcane by-products for biochemical production. The focus is on utilizing acid hydrolysis to extract hemicellulose and generate xylose-rich components for chemical compounds, suggesting a sustainable approach to resource utilization.Item 2007 Prammanee, Minimum tillage.pdf(ISSCT, 2007)Minimum tillage practices over ten years within sugarcane production are assessed for their impact on soil degradation, productivity, and economic factors. The study compares different soil tillage methods and nitrogen rates on sugarcane production and soil properties. Results indicate that minimum tillage systems show promising results in reducing soil productivity loss, with specific planting methods demonstrating higher yields compared to conventional and no-tillage approaches.Item 2010 AGP 15 de Beauclair.pdf(ISSCT, 2010)The study evaluates the use of a humic acid-based soil conditioner in sugarcane cultivation to increase productivity while reducing mineral fertilizer usage. It investigates the product's impact on physical, chemical, and biological soil alterations to enhance sugarcane production sustainability. The experiment aims to assess the interaction between the soil conditioner and mineral fertilization strategies.Item 2010 AG 39 Webster.pdf(ISSCT, 2010)Examining the impact of reduced nitrogen fertilizer application rates on nitrogen loads to surface water, this study focuses on sugarcane cultivation's nitrogen management practices. The research conducted in the Wet Tropical coast of Australia demonstrates that lower nitrogen application rates significantly reduce nitrogen losses to surface water, emphasizing the importance of sustainable nitrogen management to mitigate environmental impacts. The findings contribute to enhancing nitrogen management practices in sugarcane farming to reduce adverse effects on human health and ecosystems.Item 2010 AG 28 Thorburn.pdf(ISSCT, 2010)SUSTAINABLY managing N fertiliser is crucial for sugarcane production due to its impact on ecosystems and climate change. The N Replacement (NR) system offers an ecologically-based approach aligning N applications with actual cane production to reduce N losses. Evaluation of the NR system in on-farm experiments shows comparable yields to conventional N management, emphasizing its potential for sustainable N fertilization.Item 1968 Khan Earthing-Up as a Measure of Control against Early .pdf(ISSCT, 1968)The research investigates the effectiveness of earthing up young sugarcane as a control measure against the early shoot borer, Chilo infuscatellus Snell. Experiments conducted at the Agricultural Research Station demonstrate reduced shoot production and borer incidence with earthing up. However, the treatments did not lead to increased yields, highlighting challenges in pest management strategies.Item 1980 Linga-Morales Effect on Various Auxins and Gibberellic Acid on Sugarcane Callus Formation an.pdf(ISSCT, 1980)This paper discusses the assessment of water quality in sugarcane cultivation. It presents insights on evaluating the quality of water used for irrigation to ensure optimal growth conditions for sugarcane crops.Item 1977 Jaramillo Ripening Sugarcane with Ethrel Plant Growth Regulator in Colombia.pdf(ISSCT, 1977)This paper evaluates the effectiveness of Ethrel Plant Regulator as a chemical ripener for sugarcane in Colombia through two experiments at a sugar mill. The experiments demonstrated significant improvement in cane quality and sugar production with Ethrel treatment. Various application techniques and combinations are explored, showcasing the impact on different sugarcane varieties. The study emphasizes the physiological responses of sugarcane to stress and the potential for enhanced productivity through plant growth regulators.Item 1932 Hinds,A suggestion for the development of a manual of sugarcane insects.pdf(ISSCT, 1932)This document outlines a suggested approach for a manual of sugarcane insects worldwide. It proposes a general outline for collaborator contributions, emphasizing concise and comprehensive information presentation. The text suggests a structured scheme for collecting data from cane-producing countries to ensure a unified and complete manual. The idea is to engage experienced workers worldwide to create a reliable and illustrated reference while maintaining conciseness.Item 2019 Li, Wang, Solanki, Yu, An, Dong, Yang.pdf(ISSCT, 2019)This peer-reviewed paper explores the role of Streptomyces chartreusis strain WZS021 in enhancing drought tolerance in sugarcane. The study confirms root colonization by the strain and its positive effects on root length and biomass under drought stress conditions. The research emphasizes the importance of plant growth-promoting rhizobacteria in improving plant growth under abiotic stresses.