+ Site Statistics
+ Search Articles
+ Subscribe to Site Feeds
EurekaMag Most Shared ContentMost Shared
EurekaMag PDF Full Text ContentPDF Full Text
+ PDF Full Text
Request PDF Full TextRequest PDF Full Text
+ Follow Us
Follow on FacebookFollow on Facebook
Follow on TwitterFollow on Twitter
Follow on Google+Follow on Google+
Follow on LinkedInFollow on LinkedIn

+ Translate

Chemical and biological quality of the Belgian Semois basin Qualite chimique et biologique du bassin de la Semois partie belge

Bulletin Francais de la Peche et de la Pisciculture, 341-342: 81-108

Chemical and biological quality of the Belgian Semois basin Qualite chimique et biologique du bassin de la Semois partie belge

Accession: 038067130

Related references

Anonymous, 1996: Qualite chimique et biologique du bassin de la Semois (partie belge)

Leclercq, L.; Rosillon, F.; Vander Borght, P., 1996: Chemical and biological quality of the Belgian Semois basin. The fresh water of the Belgian Semois catchment area was studied at 25 stations from the point of view of several complementary aspects: chemical composition, diatoms and benthic invertebrates. The methods used were the organic pollution index (IP...

Baugnee, J.; San Martin, G.; Verte, P., 2006: The presence of the gastropod Vertigo moulinsiana in Belgian Lorraine with some notes on winter malacology and entomology in the marshes of Haute Semois Sur la presence du gasteropode Vertigo moulinsiana en Lorraine belge, avec quelques notes malacologie et dentomologie hivernales dans les marais de la haute Semois. Natura Mosana. Janvier-Fevrier-Mars; 591: 5-25

Jacques, B.; Depiereux, E.; Feytmans, E., 1986: Etude des effets d'une station d'epuration sur la qualite physico-chimique et la structure peuplement de la faune benthique d'une riviere polluee, la Haute-Semois. A sewage plant treatment was installed in order to purify the organic discharges which had been heavily polluting the upper stretch of the river Haute-Semois. Physico-chemical observations were gathered at different sites along the river before st...

Descy, J.P., 1978: Study of surface waters of the meuse basin belgium preliminary study of populations of benthic diatoms from haute semois in order to evaluate the biological quality of the water. Samples were taken from various sites downstream from Arlon and Jamoigne (Belgium). The species found were listed and of the 122 taxa of diatoms identified in the Haute-Semois and the affluents visited, most were grouped with the association of Di...

Hufty Andre, 1958: Formes quaternaires dans le bassin de la Semois jurassique. Six Quaternary fluvial terraces have been identified in a detailed study of the Semois Jurassic basin, Belgium. The erosion intervals separating the terrace-building episodes were not long, due to the position of the river upstream from a resistan...

Goffin, IR., 1993: Management of deer by hunting in the Wallonie region, Belgium - case study of the cynegenetic council of Moyenne-Semois La gestion du cerf par la chasse en battue en region Wallone, Belgique - Le cas du conseil cynegenetique de la Moyenne-Semois. Proceedings of the International Union of Game Biologists Congress, 212: 249-252

Proess, R.; Haubruge, E.; Gaspar, C., 1992: Dragonflies Insecta Odonata in the ponds, dead arms and oxbow lakes of Haute-Semois distribution and ecology Les libellules insectes Odonata dans les mares, mardelles et bras-morts de la Haute-Semois repartition et ecologie. Cahiers des Reserves Naturelles. 1991( ); 1: 111-119

Godart M.F.; Herbauts J.; Tanghe M., 1984: Soils and forest vegetation of the semois valley belgian ardennes. Soil-herbaceous layer relationships are studied in 10 stands of 3 silicicolous forest associations of the Semois valley: the ash-sycamore association with Mercurialis perennis (Aceri-Fraxinetum), the beech-hornbeam association with Festuca altissi...

Godart, M.F.; Herbauts, J.; Tanghe, M., 1984: Relationships between soils and vegetation in the forests of the Semois valley, Belgian Ardennes. Soil/herbaceous layer relationships were studied in 10 stands of 3 silicicolous forest associations: Fraxinus excelsior/Acer pseudoplatanus with Mercurialis perennis, Fagus sylvatica/Corylus avellana with Festuca altissima, and Quercus/Betula with...