Phyllostachys edulis - Globe Thesis

Keyword [Phyllostachys edulis] Result: 161 - 180 \| Page: 9 of 10
161.	Study On The Change Of Components Of Bamboo Stumps In Bamboo Forest Of Phyllostachys Edulis And Artificially Promoting Decomposition Technology
162.	PhePEBP Family Genes Regulated By Plant Hormones And Drought Are Associated With The Activation Of Lateral Buds In Phyllostachys Edulis
163.	Cloning And Functional Analysis Of PeNAC10 Gene In Phyllostachys Edulis
164.	Growth Response Of Major Tree Species Seedlings In Phyllostachys Edulis-Broadleaf Mixed Forest To Nitrogen Nutrition
165.	Study On Stand Structure And The Optimizing Model Of Phyllostachys Edulis And Trees Mixed Forests In Min Northwest
166.	The Identification Of The Acid Invertase Gene Family And Analysis Of Biological Function In Phyllostachys Edulis
167.	Molecular Cloning Of PeGSK1 Gene From Phyllostachys Edulis And Its Function In Plant Fast Growth
168.	Function Analysis Of Histone Chaperone NRP2 In Arabidopsis Thaliana And Phyllostachys Edulis
169.	Community Structure And Carbon Storage Of Phyllostachys Edulis During Its Expansion To Broad-leaved Forest
170.	Hybridization Between Phyllostachys Edulis And P.violascens,and Identification And Early Growth Characteristics Of The Hybrids
171.	Technology For Propagation Of Aseptic Seedlings And Browning Control In Phyllostachys Edulis Tissue Culture
172.	Phosphorus Utilization Mechanism Of Phyllostachys Edulis In Response To Different Phosphorus Status Under Simulated Nitrogen Deposition
173.	The Correlation Between IDD Gene Family And Development Of Shoot/Bud In Phyllostachys Edulis
174.	Construction Of The Epigenetics Database Of Moso Bamboo
175.	Study On The Site Classification And Site Quality Evaluation Of Phyllostachys Edulis Forestsin Zhejiang Provinice
176.	Study On The Monitoring Of Shoot Height Growth Of Phyllostachys Edulis Based On Image
177.	Site Quality Classification And Growth Potential Estimation Of Phyllostachys Edulis Based On DBH/height
178.	Genome-wide Identification Of CCR Family In Moso Bamboo And Functional Analysis Of PeCCR1
179.	Genome-wide Analysis Of Trihelix Family In Phyllostachys Edulis And Functional Identification Of PheGT8 And PheGT16
180.	Phenotypic And Photosynthetic Physiology Of Phyllostachys Edulis 'Mira'
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