Daiana García, PhD – Research Group of Microbial Ecology, Institute of Earth Sciences, Biodiversity and Environment (ICBIA), CONICET, and National University of Río Cuarto, Argentina

Series: Microbiology Research Advances
BISAC: SCI008000; SCI045000; SOC055000
DOI: https://doi.org/10.52305/XDYD5664
P-ISBN: 9798901341025
E-ISBN: 9798901341599

It is estimated that the growth of the global population will require a 60% increase in current crop production to meet projected food demand over the next 30 years. Achieving such an expansion poses a major challenge, particularly because crop yields are continually threatened by infections caused by bacteria, fungi, viruses, and nematodes. For decades, synthetic chemical compounds have been the primary tools used to control these pests. Yet these substances often carry significant drawbacks: they can be toxic to humans and animals, disrupt soil and plant microbiomes, and contribute to long-term environmental degradation. In contrast, the use of biological control agents (BCAs) has emerged as a promising and sustainable alternative for managing economically important plant diseases. BCAs—microorganisms or their bioactive metabolites—offer the potential to reduce the indiscriminate use of chemical pesticides, mitigating their harmful effects and, in some agricultural systems, even replacing them entirely. Their use is increasingly aligned with global efforts to promote environmentally responsible agriculture, safeguard biodiversity, and ensure long-term food security. This book presents eight chapters dedicated to exploring the use of various microorganisms and their enzymes as BCAs against major pests affecting a range of economically significant crops.

Several chapters also provide detailed analyses of the biochemical and physiological responses triggered in plants following the application of biocontrol agents, including:

(i) the production, regulation, and mode of action of key phytohormones;
(ii) changes in electrical conductivity as indicators of plant stress;
(iii) patterns of mycotoxin production; and
(iv) shifts in the structure and function of the plant-associated microbiome.

Taken together, the evidence discussed in this volume reinforces our belief that the application of BCAs represents a promising, effective, and environmentally sound strategy for managing pathogens of economically significant crops. Their implementation can substantially reduce reliance on polluting pesticides while supporting production systems capable of meeting the food demands of the future. We hope that you find this work both informative and inspiring, and that reading it offers as much insight and satisfaction as we experienced in preparing it.

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