Using phenotyping techniques to predict and model grain yield: translating phenotyping into genetic gain

Using phenotyping techniques to predict and model grain yield: translating phenotyping into genetic gainRecent models predict population to peak in 2064 at around 9. 7 billion, and then will likely decline to about 8. 8 billion by 2100. This requires to increase crop production significantly. Precise phenotyping of the large breeding populations under diverse environments is required to harness the full potential of modern breeding techniques, and has become the new bottleneck in breeding programs. Development and application of advanced cost and time

This volume presents the first ever book-length treatment of Émile Durkheim’s concept of the ‘collective consciousness of society’

Poetic ambiguity facilitates universal interpretation

challenges faced in terms of nematode management under changing environmental conditions and practices (focussing on minimal disturbance of soil and conservation of soil-fauna communities) and the challenge posed by weeds as hosts of major nematode pests is also discussed

This edited collection provides contemporary and interdisciplinary reflections on the changing patterns of civic participation in Australian democracy

increase milk production

This study of British shipbuilding in its heyday brings together original discussions of the organization of production

This volume compiles Richard Spear's influential research on Baroque painting

physics and biology

It combines cutting-edge theories from the history of emotion

Intended as a tribute to a pioneer in the field of Cretan cult study

which tend to organize their histories into sequences fo schools of thought

drawing on oral history