Fish sex reversal is a means to understand sex determination and differentiation, but it is
also used to control sex in aquaculture. This review discusses sex reversal in gonochoristic …

Teleost fishes are the most species-rich clade of vertebrates and feature an overwhelming
diversity of sex-determining mechanisms, classically grouped into environmental and …

Sex determination in animals is amazingly plastic. Vertebrates display contrasting strategies
ranging from complete genetic control of sex (genotypic sex determination) to …

Early life environments shape phenotypic development in important ways that can lead to
long‐lasting effects on phenotype and fitness. In reptiles, one aspect of the early …

The molecular mechanisms that underlie sex determination and differentiation are
conserved and diversified. In fish species, temperature-dependent sex determination and …

Is sex a product of genes, the environment, or both? In this review, we describe the diversity
of sex-determining mechanisms in reptiles, with a focus on systems that display gene …

Understanding sex determining (SD) mechanisms and related concepts in a wide range of
fish species is critical for sex control and large‐scale monosex production in aquaculture, in …

It has been proposed that because marine turtles have environmentally determined sex by
incubation temperature, elevated temperatures might skew sex ratios to unsustainable …

Wildlife exhibits various sex-determination systems where sex chromosomes and
environmental temperatures may both contribute to individual sexual development. The …

Sex reversal at high temperatures during embryonic development (eg, ZZ females) provides
the opportunity for new genotypic crosses (eg, ZZ male× ZZ female). This raises the alarming …