Molecular Marker Systems in Plant Breeding and Crop Improvement Nagata, T. Editor Lörz, H. Editor Wenzel, G. Editor mixed material bibliography BERLIN springer 2005 en English

Text

More food and feed have to be grown on less land. At the same time, agronomy and agrochemistry have reached a level where further progress is neutral in relation to yield. Scientific progress helps environmental needs. Genetics alone may close the yield gap by a combined application of classical techniques and molecular knowledge. Large-scale genome analysis and related technologies provide access to a refined understanding of the genome. Fortunately, molecular markers are a genetic tool accepted by the public which often judges gene technology critically. There is even a tendency for classical combination breeding, together with marker-assisted selection, to be more effective in achieving complex breeding goals. EBOOK AGRICULTURE plant FORESTRY biotechnology NONE 3540206892 e-BOOK UPT Perpustakaan Instiper Yogyakarta Biotechnology_in_Agriculture_and_Forestry.jpg.jpg 207 2018-09-24 09:43:32 2018-09-24 09:43:58 machine generated