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Keyword [MinJiang River]
Result: 41 - 60 | Page: 3 of 5
41. Anaerobic Oxidation Of Methane And Its Mechanism In The Minjiang River Estuarine Wetland
42. Spatial Heterogeneity Of Soil Methane Production On The Micro-scale In Reed Marsh In The Minjiang River Estuary
43. Study On Methane Production And Oxidation Potential Of Phragmites Australis Marsh Soil In Minjiang River Estuary
44. The Monitoring And Evaluation Of The Ecological Environment Of Songpan County In The Upper Reaches Of Minjiang River
45. Ecological Remediation Evaluation Of Heavy Metals Contaminated Agricultural Soils In The Downstream Of Minjiang River Affected By Different Planting Modes
46. Characteristics And Risk Assessment Of Organophosphorus Pesticide Contamination Of Different Cropping Systems Located At The Minjiang River Downstream
47. Value Assessment For Ecological Compensation To Arid Valley Of The Upper Minjiang River Ecological System Recovery Impact
48. Water Quality Simulation Of Minjiang River(Outside The River)Basin In Xinjin
49. Physicochemical Properties Of Tidal C. Malaccensis Marsh Soil With Different Salinity And Effect Of Simulation Of Saltwater Intrusion On Methane Production Rate In The Min River Estuary
50. Flux Characteristics Of Nitrous Oxide （N2O） Emission From Cyperus Malaccensis Var. Brevifolius Wetland And Analysis Of Influence Factors In Minjiang River Estuary
51. Research On The Causes Of Low Dissolved Oxygen In The Downstream Of Minjiang River
52. Heavy Metals Fluxes And Their Source And Sink Patterns In A Small Watershed Of Minjiang River
53. Study On The Ecological Fragility In The Upper Reaches Of Minjiang River Based On PSR Model
54. Study On Conservation Easements For Watershed Ecological Environment
55. The Monitoring And Analysis Of Chlorophyll-a And Turbidity By Remote Sensing In Minjiang River
56. Study Of Phosphorus Flow In Minjiang River Watershed Based On GIS
57. The Health Risk Assessment Of Heavy Metals In Multi-medium Of Minjiang River In Fuzhou Section
58. Effects Of Simulated Saltwater Intrusion And Fe3+ Increase On CH4 And CO2 Emissions From Tidal Freshwater Wetland In The Minjiang River Estuary
59. Salt Intrusion And Its Water Environmental Impact Based On The Counter-slope Density Flow
60. The Impact Of Collapsed Rockfall On The Crossing Pipeline Of The Minjiang River And Its Prevention And Control
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