Grasses: Crops, Competitors, and Ornamentals

Combines new findings on morphological aspects, the latest data on gene function in grasses, and the interaction of grasses with their habitats

45% of all arable land is covered by five grass crops: wheat, maize, rice, barley and sugar cane. This book demonstrates why crops and weeds are growing in characteristic environments today, and looks at how cropping practices may change in the future and how these changes will affect weed spectra. It explains the distribution of grasses and their role for mankind and summarizes our knowledge on grass genomes. Special emphasis is placed on the function of genes at defined developmental stages and in organs of grasses. The development of grasses is then described from the germination to fruit set with many unpublished examples.

Grasses: Crops, Competitors and Ornamentals provides readers with a comparative description of selected grass organs (stem, root, leaf, inflorescence) and devotes several chapters to habitats of grasses and morphological characteristics that enable grasses to grow in special environments. In addition, some chapters deal with grasses as crops and weeds, and emphasis is placed on their adaptation to modern agriculture.

• Predicts how cropping practices may change in the future and how these changes will affect weed spectra
• Details grasses as crops and weeds, emphasizing their adaptation to modern agriculture
• Summarizes our knowledge on grass genomes
• Connects classical morphology with the latest tools in molecular biology as well as ecological aspects determining the wide distribution of grass species today

Grasses: Crops, Competitors and Ornamentals will be of great interest to agricultural scientists who want to know more about crops and weeds, grassland specialists and breeders interested in special grass traits, and molecular biologists and ecologists who study the biology and habitat of grasses.

Keywords:

crops; crop mapping; crop genomics; crop genetics; grass engineering; grass research; crop engineering; grass mapping; grass genomics; grass genetics; bioengineering crops; bioengineering grass; weed mapping; grass research; grass anatomy; weed anatomy; crop science; grass crops; wheat; maize; rice; barley; sugar cane; morphological characteristics of grass; agriculture; grass studies; guide to grass; molecular biology; plant biotechnology; agrochemistry; grass sequencing; grass traits; physiological characteristics of grasses; grasses as crops; grasses as weeds; grasses as ornamentals; native grasslands; grass habitats; grass physiology; grass morphology; Grasses: Crops, Competitors and Ornamentals