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One of the largest food commodities exported from the developing countries to the rest of the world, cocoa has gained increasing attention on the global market—raising many questions about its quality, sustainability and traceability. Cocoa Production and Processing Technology presents detailed explanations of the technologies that could be employed to assure sustainable production of high-quality and safe cocoa beans for the global confectionary industry. It provides overviews of up-to-date technologies and approaches to modern cocoa production practices, global production and consumption trends as well as principles of cocoa processing and chocolate manufacture. The book covers the origin, history and taxonomy of cocoa, and examines the fairtrade and organic cocoa industries and their influence on smallholder farmers. The chapters provide in-depth coverage of cocoa cultivation, harvesting and post-harvest treatments with a focus on cocoa bean composition, genotypic variations and their influence on quality, post-harvest pre-treatments, fermentation techniques, drying, storage and transportation. The author provides details on cocoa fermentation processes as well as the biochemical and microbiological changes involved and how they influence flavour. He also addresses cocoa trading systems, bean selection and quality criteria, as well as industrial processing of fermented and dried cocoa beans into liquor, cake, butter and powder. The book examines the general principles of chocolate manufacture, detailing the various stages of the processes involved, the factors that influence the quality characteristics and strategies to avoid post-processing quality defects. This volume presents innovative techniques for sustainability and traceability in high-quality cocoa production and explores new product development with potential for cost reduction as well as improved cocoa bean and chocolate product quality.
Cocoa cultivation faces a number of significant challenges, including stagnating yields, a narrow genetic base, vulnerability to pests and diseases and environmental impact. This volume reviews how research is addressing these challenges in areas such as breeding and agronomy, understanding and managing the range of diseases affecting cocoa, as well as ways of measuring and improving the sustainability of cocoa cultivation.
Cocoa (Theobroma cacao L.), is a plantation commodity with high economic value. Cocoa is a type of plantation crop that is very popular with its fruit processing. Chocolate is a product derived from cocoa beans. This plant, which is the raw material for chocolate, can bear fruit throughout the year. This plant is a tropical plant that is suitable for soil culture and climate in Indonesia. We have written this textbook for graduate students and researchers in field of agricultural, especially cocoa cultivation. This book was compiled as a form of learning reference book for the cultivation of cocoa (Theobroma cacao L.). In the literature, preference has been given to more recent publications. Nevertheless, representative examples of classical contributions are also cited in the various sections. Although this book is written by 2 persons, it is nevertheless the product of cooperation at various levels. Our interest in plant cultivation and integrated pest and disease control of plant.
A highly nutritious crop, cocoa constitutes a significant source of income for small-scale producers. Attractively presented, with full-colour illustrations, tables and step-by-step guides, the text clearly sets out the procedure to start growing cocoa. In addition to recommending a technical schedule for the production of cocoa plants, the guide stresses the importance of phytosanitary protection and post-harvest operations. Useful advice and economic information on the sector is also given in later chapters.
The fourth edition of this highly regarded book has been considerably enlarged to cover all aspects of cocoa production. Higher prices for cocoa have led to much new knowledge about the plant and changes to its methods of production. These are discussed, along with new problems that have occurred and the fresh research projects that have been needed.
Experts discuss the challenges faced in agrobiodiversity and conservation, integrating disciplines that range from plant and biological sciences to economics and political science. Wide-ranging environmental phenomena—including climate change, extreme weather events, and soil and water availability—combine with such socioeconomic factors as food policies, dietary preferences, and market forces to affect agriculture and food production systems on local, national, and global scales. The increasing simplification of food systems, the continuing decline of plant species, and the ongoing spread of pests and disease threaten biodiversity in agriculture as well as the sustainability of food resources. Complicating the situation further, the multiple systems involved—cultural, economic, environmental, institutional, and technological—are driven by human decision making, which is inevitably informed by diverse knowledge systems. The interactions and linkages that emerge necessitate an integrated assessment if we are to make progress toward sustainable agriculture and food systems. This volume in the Strüngmann Forum Reports series offers insights into the challenges faced in agrobiodiversity and sustainability and proposes an integrative framework to guide future research, scholarship, policy, and practice. The contributors offer perspectives from a range of disciplines, including plant and biological sciences, food systems and nutrition, ecology, economics, plant and animal breeding, anthropology, political science, geography, law, and sociology. Topics covered include evolutionary ecology, food and human health, the governance of agrobiodiversity, and the interactions between agrobiodiversity and climate and demographic change.
Soils, Plant Growth and Crop Production is a component of Encyclopedia of Food and Agricultural Sciences, Engineering and Technology Resources in the global Encyclopedia of Life Support Systems (EOLSS), which is an integrated compendium of twenty Encyclopedias. Plants, and crops in particular, grow and develop through the uptake of water and nutrients by the root system in soils and their transformation into biomass through processes governed by photosynthesis. The quality and amount of products harvested from this biomass depend largely on the intrinsic properties of the soil, i.e. the moisture and nutrients made available for uptake by the roots. These volumes describe in a synthetic form the impact of the most important soil properties on general agronomy, crop production, cultivation methods, and yields, including the specific management aspects which take away some production constraints. Changes in general agronomy as a result of plant breeding, climatic change and competition between newly introduced crops are discussed. The three volumes with contributions from distinguished experts in the field discusses about soils, plant growth and crop production in several related topics. These volumes are aimed at the following five major target audiences: University and College students Educators, Professional practitioners, Research personnel and Policy analysts, managers, and decision makers and NGOs.
The opening study in this compilation compares variations of the fatty acid profile from cocoa butter as a function of the harvest periods, extraction methods and roasting treatments. The cocoa butter extraction is performed using Soxhlet solvent extraction according to AOAC, 2000 and mechanical pressing following the procedure reported by Bernardini, 1981.Following this, the aroma compounds from fermented, dried and roasted beans from fine-flavored Criollo cocoas of Venezuela are studied. These compounds are associated with nice odoriferous notes.The authors also examine Cuban cacao, the closest relation to the original introduction in Cuba which is endangered by its progressive replacement by commercial clones.Additionally, the authors study some structural and physicochemical changes of cocoa beans fermented in plastic baskets covered with Musaceae leaves for five days in Barlovento, Miranda state, Venezuela.The origin of fine-flavored cocoa is discussed based on its requirements for optimal production of highly aromatic fruits as a function of growth requirements such as humid terrain, warm climate, recurrent rain and characteristic fauna and flora.The closing study focuses on control methods for cacao frosty pod rot, an aggressive disease responsible for great losses and the deterioration of raw material in Colombia for over two centuries.