Search publications of the members of the Royal Belgian institute of natural Sciences
-
Nematodes associated with three particular habitats in Romania and their value as environmental bio-indicators. Abstract
-
Structure and Classification
-
Ectoparasitic Nematodes
-
Characterisation of Ypresian clays in Belgium with reference to geophysical well logs
-
Iconography of Carboniferous landscapes and coal mines
-
The island flank margin model as a new paradigm for the Carboniferous limestone aquifer of the Campine basin (NE Belgium)
-
The massive Mousny Quartz Occurrence (High-Ardenne slate belt, Belgium), a late-orogenic dilatational jog?
-
Characteristics of the pegmatite-hosted Sn and Nb-Ta mineralisation of the Gatumba area, Rwanda: Preliminary results
-
The added value of CO2 geological storage in developing countries: a case study for Kazakhstan
-
Converting abandoned coal mines into pumped-storage hydroelectric power stations
-
Implications of increasing subsurface concentrations of CO2 since 1966 as evidenced from measurements in caves on the monitoring programs for the detection of leakage from geological storage sites for CO2
-
Natural CO2 releases of geogenic origin: Cross-border comparison (Belgium-Germany) for selected emission locations
-
The Neeroeteren Formation as a viable CO2 storage option in Belgium
-
Storage as bottleneck for the commercial introduction of CCS
-
Critical Thinking about Critical Resources
-
About canals and qanats: long-term human impact on Late Quaternary alluvial landscapes
-
Changes in precipitation as inferred from a Holocene speleothem from the Hotton cave (Hotton, Marche–en-Famenne, Belgium)
-
Petrography, geochemistry and stable isotope geochemistry of a banded columnar calcite deposit sampled at 1000 meters depth in the Wépion core drilling, Wépion, Belgium, implications for the origin of the calcite
-
Kwaliteitsdocumentatie en definiëring van referentieobjecten voor de Databank Ondergrond Vlaanderen (VLA 10-2.1)
-
Harpacticoid copepod colonization of coral fragments in a tropical reef lagoon (Zanzibar, Tanzania)
- Colonization experiments were conducted in a tropical lagoon (Zanzibar Island, off the coast of Tanzania) to investigate the temporal dynamics and mode of colonization of the harpacticoid copepods community on dead coral fragments. There was fast colonization of the coral fragments attaining a substantial diversity after only two days. The ability to colonize dead coral fragments is thought to be related to the morphology and life style of different harpacticoid species. Phytal taxa (e.g. Tisbidae) were fast colonizers, reaching high abundances during the initial colonization phase. Sediment-associated and eurytopic taxa (e.g. Ameiridae, Miraciidae and Ectinosomatidae) showed lower colonization rates and became the dominant group during the later colonization phase. Most species are able to colonize the coral fragments through the water column. However, colonization along the substrate surface is also considered to be an important colonization mode, especially for sediment-associated taxa, which showed lower colonization rates when migration through the sediment was hindered.
