Understanding plant-root interactions with rhizobacteria to improve biological nitrogen fixation in crops

Understanding plant-root interactions with rhizobacteria to improve biological nitrogen fixation in cropsPlant roots have evolved with the presence of rhizobacteria that can colonise the surface or interior of the plant. Some of these rhizobacteria are actively recruited by the plant and carry out particular functions, in particular in nutrient acquisition. Nitrogen fixing bacteria form associations with many plant species, either as external associations or as symbiotic endophytes. The symbiosis between legumes and nitrogen fixing rhizobia has been

This collection charts three projects by performers who generate autobiographical writing by walking through inspirational landscapes

and activist

The Musical Comedy Films of Grigorii Aleksandrov presents the untold production history of the films

This chapter examines developing cultured meat as a food product

This book reviews current research on the key types of contaminants in agricultural soils

a narrow strip of the Pacific coast of Mexico and Guatemala

This volume addresses the various topics surrounding the European sabre-toothed cat

choice of highly competitive and allelopathic cultivars

This chapter highlights the importance of transport losses of produce and draws attention to the omnipresence of temperature deviations

It begins by reviewing host-parasitic weed interactions

reported gallows confessions of mother convicts and the increasingly popular Puritan conduct books

The result is the identification of a marker linked to an important macrophage antiviral protein