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Keyword [black locust]
Result: 41 - 60 | Page: 3 of 4
41. Study Of Growth Decline Mechanism Based On Root Of Robinia Pseudoaatcia On Coastal Saline-alkali Soil
42. A Study On Photosynthetic Characteristics Of Black Locust (Robinia Pseudoacacia L.)Under Different Soil Water Status
43. Studies On Health Assessment System Of Plantations At The Southloess Plateau
44. Soil CO2Efflux Of Black Locust Forest In Deep Soil Layers On The Hilly Loess Plateau, China
45. The Response Mechanism Of Chloroplasts In Tetraploid Black Locust Under Salt Stress
46. Comparative Researches On Feedstock Quality Of Black Locust And Poplar Clones For Bioethanol
47. The Response Mechanism Of Chloroplasts And Mitochondria In Tetraploid Black Locust Under High CO2 （0.5%） Stress
48. Arbuscular Mycorrhizal Fungi (AMF) Alleviates Salt Stress In Black Locust
49. Study On The Ecohydrological Processes Of Black Locust Forest Land On The Loess Plateau
50. Studies On Hypocotyl Adventitious Bud Regeneration And Tetraploid Induction Of Black Locust(Robinia Pseudoacacia L.)
51. Effects Of Robinia Pseudoacacia On Soil Microbial Diversity And Community Structure In Loess Hilly And Gully Region,China
52. Population Genetics And Comparative Genomics Of Black Locust Associated Rhizobia
53. Selection Of Clones And Harvest Sprouts By Short Rotation Based On Quality Cellulose In Black Locust (Robinia Pseudoacacia L.)
54. Transpiration Characteristics Of A Black Locust Plantation In Response To Rainfall Reduction In The Sub-humid Region Of Loess Plateau,China
55. Improvement Of The Fermentation Quality Of Tetraploid Black Locust(Robinia.pseudoacacia Lam.) Silage
56. Interannual Variation Of Biomass And N And P Of Black Locust Plantations In Zhifanggou Watershed Of Ansai County
57. Induction And Evaluation Of Drought Resistance Of Tetraploid Black Locust (Robinia Pseudoacacia L.)
58. Evaluation Of Phenotype Physiology Characteristics And Regeneration Ability Of Tetraploid Robinia Pseudoacacia L.at Seedling Stage
59. Assessment of black locust on the Black Kettle National Grasslands
60. Involvement of hemoproteins from black locust roots in phytoremediation
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