tailieunhanh - Northwest A&F University The program of Agricultural Economic Management Master's degree

Over the period 2002-2007 the total net worth of all individual households increased by £ billion in2003, £ billion in 2004, £ billion in 2005, £ billion in 2006 and £ billion in 2007. In 2008 the net worth showed a dramatic loss of £ billion, which equalled of 2008 nominal GDP. In the years to 2011 this loss has barely been recuperated, let alone that any growth path was created identical to the 2002-2007 net worth improvements. These gains and losses arise from both produced as well as financial assets. They also reflect the changes in borrowing levels. | Northwest A F University The program of Agricultural Economic Management Master s degree Discipline code 120301 Objectives The program is designed to develop high-quality postgraduates like this adapting to the needs of social development with innovative spirit morality intelligence and good health have ability to research on Agricultural Economic Management and related fields teaching or independent technical ability to work. Specific training objectives are as follows Learn Chinese history and culture exchange ideas disseminate culture have a profound understanding of contemporary Chinese political economic and social. Have good character professional ethics and practical rigorous scientific style. Promote friendly and cooperative relations between China and the country you come from. Learn knowledge of theoretical basis professionally and systematically master necessary and practical skills Understand the development and the trend of Agricultural Economic Management. Have independent capacity of engaging in the practical work and scientific research. 3. Master Chinese and the skills of reading professional books writing thesis abstract. 4 Have psychological and physical health. II Research Directions The main research directions of Agricultural Economic Management are 1 Agricultural economic theory and policy 2. Agricultural Enterprise Management 3 Resource Economics and environmental management 1 III Learning Period The minimum learning period of full-time postgraduate is three years and the maximum learning period is four years the learning period of part-time graduate students will not exceed four years. The minimum learning period of serving postgraduates is four years and the maximum learning period is five years. Learners should hand on application for extension of the thesis reply before graduating in early December if you can not graduate for special reasons. For full-time postgraduate the early reply period will not exceed six months for serving .

• Kinh tế học
• Plant Genes
• Abiotic Stress
• Tumors (GEP NETs)
• Diagnosis and Management
• Neuroendocrine Carcinoma
• Unknown Primary
• BMC Plant Biology
• Plastochron length
• Plant architecture
• GmSPL9 genes
• Glycine max
• Ebook Plant pathology
• Plant pathology
• Plant pathology (Fifth edition)
• Plant physiological functions
• How pathogens attack plants
• Viral pathogenicity genes
• Genetic engineering techniques
• Comprehensive analysis of chloroplast introncontaining genes
• Chloroplast introncontaining genes
• Conserved splice sites in dicot and monocot plants
• Determination of splice sites
• Chloroplast genes during plant growth
• Plant Biology
• Fungus–plant interactions
• Resistance genes
• MAPK signalling pathway plant
• Plant hormone signal transduction
• Durable disease resistance
• Hypersensitive response
• Nicotiana benthamiana
• Pathogenesis related genes
• Pinellia ternata
• Nepenthes khasiana
• Leaf transcriptome
• Pitcher development and evolution
• Prey digestion
• Plant defense
• GA oxidase genes
• Early GA biosynthesis genes
• Expression patterns
• Tissue specificity
• Candidate genes
• Drought stress
• Non synonymous SNPs
• Genes Ontology
• BMC Genomics
• Brassica rapa
• PHD finger genes
• Gene duplication
• Genes expression
• Plant homeodomain
• RNA Seq
• Internode elongation
• Plant hormone
• Germin like proteins
• Adult plant resistance
• Wheat stem rust
• Puccinia graminis
• Physical mapping
• Gene expression
• Meristem identity genes
• EMS induced mutations
• Plant height
• Branch height
• Seed yield
• Disease resistance
• NBS LRR genes
• Plus leucine rich repeat
• NBS encoding genes
• GRAS domain
• Abscisic acid
• Systematically analyzed
• Arabidopsis thaliana
• Negatively selected genes
• Scientific reports
• biochemistry
• molecular Biology
• microRNA genes
• analysis of cytoplasmic
• hemoglobin
• Quantitative trait loci
• Carbon isotope composition
• Water use efficiency
• Root Knot Nematode
• Meloidogyne arenaria
• Yield worldwide
• Peanut wild relatives
• L tulipifera
• Microstructural analyses
• Phenylpropanoid biosynthesis
• ASE analyses
• B class genes
• Dosage imbalance
• Floral symmetry
• Organ identity
• Parallel pathways
• Petaloid stamen
• Transcription factor
• Drought responsive gene
• Senescenceassociated gene
• Canker disease
• Neoscytalidium dimidiatum
• Leucine rich repeat genes
• Expression analysis
• Leptosphaeria maculans
• Coiled coil
• Pre harvest sprouting
• Marker assisted selection
• Gametophytic self incompatibility
• Molecular evolution
• S RNase like genes
• Trifolium pratense
• Medicago truncatula
• Cicer arietinum
• Triticum aestivum L
• Temporal transcriptome profiling
• Homeologous genes
• Nullisomic Tetrasomic lines