This book presents an important contribution to the knowledge of the banana soils of Venezuela. Banana, the edible fruit of Musaceae, is a staple food for more than 400 million people worldwide due to their nutritional and energy attributes. This makes Musaceae a crop of worldwide relevance, particularly in tropical regions, highlighting the impact of improved Musaceae cropping systems in the current efforts worldwide oriented towards a new agricultural revolution based on sustainable intensification. To achieve this, better practices for food production based on scientific and technical research capable to consider the complexity and variability within the agri-food sector are necessary. The research presented in this book is oriented towards providing answers to the causes of two aspects considered of high relevance for banana production, both affecting productivity and sustainability, always addressed for the Venezuelan conditions, one of the world's largest producing countries: 1- The impact of phytosanitary risks related to Fusarium Wilt (FW) and the influence of the soil on the incidence of Banana Wilt (BW); and 2- An observed trend towards loss of productivity and decline of soil quality in some commercial farms of Aragua and Trujillo states in Venezuela.

The book presents a pioneering study in the application of categorical regression (CATREG) in the characterization of banana soils and analyses soil morphological variables, such as texture, dry consistency, biological activity, reaction to HCl, and type of structure to characterize soil productivity for growing healthy bananas. It develops, for the first time in Venezuela, risk analysis and climatic suitability maps for lethal wilt disease in bananas caused by Fusarium oxysporum f. sp. cubense ( Foc ) Tropical Race 4 (TR4) (syn. Fusarium odoratissimum ). Innovative machine learning techniques are used to predict BW so that future crop development can be done more efficiently and sustainably.

Provides innovative analysis solutions using machine learning to diagnose and predict banana wilting Analyzes soil morphological variables to characterize soil productivity for growing healthy bananas Discusses pioneering research in the application of categorical regression

Autorentext

Barlin Orlando Olivares Campos is hired as a researcher in the Biodiversity Management Research Group (GESBIO-UCO) and completed his Ph.D. Cum Laude in Agricultural, Food, Forestry Engineering, and Sustainable Rural Development from the Agrifood Campus of International Excellence (CeiA3) of the University of Cordoba (UCO) Spain (2022) through a scholarship from the Iberoamerican Postgraduate University Association (AUIP), his outstanding scientific activity earned him the UCO Extraordinary Ph.D. Award (2022). He is an Agricultural Engineer from the Central University of Venezuela (2009) and a master's degree in Environmental Technology from the International University of Andalusia, Spain (2015) through a Carolina Foundation scholarship. He is the author of journal articles, books, and chapters book, he also obtained various fellowships, accreditations, and recognitions, as well as participation in projects for the dissemination of agricultural science. He has carried out six research stays in international universities of Argentina, Chile, Costa Rica, Colombia, Spain, and Panama.

Inhalt
Chapter1. Research Background .- Chapter2. Methodological framework.- Chapter3. Fusarium Wilt of Bananas: A threat to the banana production systems in Venezuela.- Chapter4. Evaluation of the incidence of banana wilt and its relationship with soil properties.- Chapter5. Identification of the main soil variables correlated with banana productivity.- Chapter6. Potential use of soil morphological properties to differentiate levels of banana productivity.- Chapter7. Discussion and Conclusions.