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The book is reprint version of the Special Issue entitled Research on the Regulatory Mechanisms of Algae Reproduction under Abiotic Stress Conditions, highlighting novel findings that significantly contribute to the development of our understanding of how abiotic stress-inducible reproduction is regulated by physiological responses including the life cycle trade-off.

Research & information: general --- Biology, life sciences --- asexual reproduction --- ‘Bangia’ sp. ESS1 --- Bangiales --- calm stress --- freezing tolerance --- fatty acid --- membrane fluidity --- climate change --- foundation species --- fucoid brown algae --- non-additive effect --- simulated herbivory --- Bangia atropurpurea --- ‘Bangia’ sp. --- heat stress --- stress memory --- thermotolerance --- macroalga --- Ulva prolifera --- obligate asexual strain --- relative growth rate --- sporulation --- land-based cultivation --- germling cluster method --- biomass allocation --- green tide --- Ulva ohnoi --- vegetative growth --- n/a --- 'Bangia' sp. ESS1 --- 'Bangia' sp.

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Vegetable crops provide valuable minerals and vitamins that are indispensible for human health. Scientists have been working on the genetics of vegetable crops, deciphering the molecular bases of agronomically important traits. These genetic bases and variations in vegetable traits will greatly facilitate vegetable genetic improvement. Therefore, the genes of and genetic research on vegetable crops are of great importance. This Special Issue is a collection of 13 important research papers addressing the genes, genetics, and breeding of major vegetable crops. In the present book, the authors described the genes and QTLs responsible for stress tolerance, disease resistance, vegetable yield, and quality. The 13 research papers cover germplasm enhancement and evaluation, QTL mapping, gene isolation, marker development, and gene expression as well as gene editing in a wide range of vegetable species, including broccoli, pepper, eggplant, onion, and Cucurbita species. Readers from all over the globe are expected to greatly benefit from this Special Issue collection regarding their own work and the goal of improving breeding efficiency with molecular breeding to generate environment-adaptive, high-yield, and high-quality vegetable crops with which to feed the global population of 9.7 billion in an extreme climate by 2050.

Research & information: general --- Biology, life sciences --- Technology, engineering, agriculture --- pepper --- Capsicum annuum --- Phytophthora capsici --- high-density genetic map --- QTL --- Capcicum annuum L. --- RNA-Seq --- nitrogen-use efficiency --- low-nitrogen tolerance --- CaHSP18.1a --- gene silencing --- transgenic Arabidopsis --- heat stress --- gene expression --- pumpkin --- simple sequence repeat (SSR) --- syntenic relationship --- cross-species markers --- population structure --- eggplant --- heat shock factor (Hsf) --- heat shock protein (Hsp) --- thermotolerance --- C. frutescens --- SSR --- germplasm --- genetic diversity --- CRISPR/Cas --- gene knockout --- genome editing --- germplasm resource --- precision editing --- regulatory framework --- trait improvement --- Brassica oleracea --- broccoli --- candidate gene --- anthocyanin --- allelochemicals --- VOCs properties --- VOCs action --- VOCs detection --- green agriculture --- progress --- genetic researches --- molecular breeding --- transcriptomics --- transcription factor --- heritability --- genetic advance --- multi-trait selection --- principal component analysis --- HRM --- molecular marker --- phylogenetic analysis --- RNA sequencing --- SCAR --- SNP --- n/a