Publication (Technical report): Nutrient processing in streams: compilation of papers
Publication Type: | Technical report / Consultancy |
Publication Name: | Nutrient processing in streams: compilation of papers |
Reference Information
Norris, R. H. (1998) Nutrient processing in streams: compilation of papers . Technical Report. |
Optional Information
Optional Information
Other information:
Attached Papers:
Norris, R.H. and Evans, L.J. (1997) 'Prediction of benthic macroinvertebrate composition using micorhabitat characteristics derived from stereo photography'. Freshwater Biology, 37:621-633
Brown, G.G., Norris, R.H., Maher, W.A. and Thomas, K. 'Use of electricity to inhibit macroinvertebrate grazing of epilithon in experimental treatments in flowing waters'. J. North American Benthological Society
Norris, R.H., Simpson, J. and Beggs, K (1998). 'An application of AUSRIVAS to assess water quality of disturbed mountain catchments'. Australian Journal of Ecology.
Evans, L. (1994). 'Microhabitat spatial variation in an upland stream as a determinant of benthic macroinvertebrate distribution and abundance'. Thesis
Mathieu, J. (1996). 'Epilithic metabolism in a subalpine stream as a result of altered nutrient and grazing condtions and a point source addition of treated sewage effluent'. Thesis |
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Search classifications
Search classifications
Article location: | | CRCFE project number: | A301 |
Region: | Thredbo River | State/Territory: | NSW |
Country: | Australia | Data source: | Mixed |
Assessment and monitoring: | |
Biota (class): | Macroinvertebrates |
Biota (group): | |
Discipline: | Ecology |
Management issues: | Biodiversity, Effluents, Grazing, Nutrients |
Mesohabitat: | Bricks |
Macrohabitat: | Upland River |
Partner organisation: | |
Administration
Administration
Created: | 09/14/2004 01:46 PM |
Lodged by: | Anonymous |
Last modified: | 03/18/2005 01:18:12 PM |
Modification history: | 09/14/2004 01:46:03 PM
09/15/2004 12:01:37 PM
10/05/2004 04:54:07 PM |
Modified by: | CN=Gail Ransom/OU=UC/O=CRCFE |
Document Id: | F16F9801C1ABF232CA256F0F0014B251 |