The book covers a wide array of rhythmic phenomena in plants, ranging from diurnal and circadian rhythms to underexplored topics such as rhizomicrobiome and algae rhythms. It also includes contemporary molecular biology topics, such as clock genes, photoreceptors, and hormonal pathways. The book connects plant rhythms to agricultural applications, such as controlled environment farming and crop optimization. These practical insights make it valuable for applied plant science professionals. This thematic diversity caters to a broad audience, including students, researchers, and agricultural professionals.

The book covers a wide array of rhythmic phenomena in plants, ranging from diurnal and circadian rhythms to underexplored topics such as rhizomicrobiome and algae rhythms. It also includes contemporary molecular biology topics, such as clock genes, photoreceptors, and hormonal pathways. The book connects plant rhythms to agricultural applications, such as controlled environment farming and crop optimization. These practical insights make it valuable for applied plant science professionals. This thematic diversity caters to a broad audience, including students, researchers, and agricultural professionals.

The book covers a wide array of rhythmic phenomena in plants, ranging from diurnal and circadian rhythms to underexplored topics such as rhizomicrobiome and algae rhythms. It also includes contemporary molecular biology topics, such as clock genes, photoreceptors, and hormonal pathways. The book connects plant rhythms to agricultural applications, such as controlled environment farming and crop optimization. These practical insights make it valuable for applied plant science professionals. This thematic diversity caters to a broad audience, including students, researchers, and agricultural professionals.