De potentiekaart geeft een eerste indicatie op de haalbaarheid van kreekruginfiltratie in het kust- en poldergebied. Verder onderzoek ter plaatse is steeds aangewezen om de uiteindelijke haalbaarheid van de maatregel te bepalen.

De potentiekaart geeft een eerste indicatie op de haalbaarheid van peilgestuurde drainage in het kust- en poldergebied. Verder onderzoek ter plaatse is steeds aangewezen om de uiteindelijke haalbaarheid van de maatregel te bepalen.

Locatie, adresgegevens en contactgegevens van de kinderopvangvoorzieningen die erkend zijn door Kind en Gezin in Vlaanderen. De gegevens worden wekelijks geüpdatet. Gegevens afkomstig van de CoBRHA-databank (Common Base Registry for Health Care Actors)gebouwd door het federale eHealth-platform. De agentschappen van het beleidsdomein Welzijn, Volksgezondheid en Gezin (WVG) van de Vlaamse overheid houden in deze databank basisidentificatiedata bij van de zorgvoorzieningen die door hen erkend worden.Volgende types kinderopvang komen voor:- Groepsopvang baby's en peuters- Gezinsopvang baby's en peuters- Buitenschoolse opvang

Lijst (geanonimiseerde) werknemers met een goedgekeurd JB (Jobbonus)-dossier, geaggregeerd per jaar en uitgesplitst volgens de volgende kenmerken: leeftijdsklasse, provincie, gemeente werknemer en statuut werknemer.Goed om te wetenDeze lijsten zijn geaggregeerd waardoor bijvoorbeeld één record niet automatisch gelijk is aan één dossier. Hou bij de interpretatie van deze gegevens dus steeds rekening met dit geaggregeerd gegeven. Eén dossier komt overeen met 1 werknemer.

Deze laag geeft per actieve uitgegeven (milieu/omgevings)vergunning de verzameling van kadastrale percelen weer waarop deze van toepassing is.

Het Belgische bodemclassificatiesysteem bestaat uit een bodemtype dat overeenkomt met één van de 3 classificatietypes: de algemene, de kuststreek en de kunstmatige gronden classificatie. Het bodemtype van de algemene Belgische bodemclassificatie wordt opgebouwd uit verschillende onderdelen zoals een substraat, textuurklasse, drainageklasse, profielontwikkelingsgroep, fasen en varianten. Dit morfogenetisch classificatiesysteem kon niet toegepast worden in de kuststreek, aangezien de bodems in deze streek geen profielontwikkeling vertonen. Daardoor wordt voor de kuststreek een apart Belgisch classificatiesysteem gebruikt. Ook voor bodemprofielen met een sterke menselijke verstoring, kunstmatige gronden, bestaat er binnen België een apart classificatiesysteem. Naast de Belgische bodemclassificatiesystemen wordt ook de internationale World Reference Base (WRB) bodemclassificatie gebruikt. Het WRB systeem gebruikt ‘Reference Soil Groups' (RSG’s), ‘Principal Qualifiers’ (PQ’s) en 'Supplementatry Qualfiers' (SP's). Naast het Belgische bodemclassificatiesysteem en de WRB classificatie bevat de databank ook andere bodemclassificaties aangeduid als extra bodemclassificaties met o.a. de bodemclassificaties volgens het Aardewerk systeem. De Aardewerk classificatie is een voorloper van de Belgische bodemclassificatie en werd enkel in de beginjaren van de Belgische bodemkartering toegepast.

De kaart geeft weer waar er al een bodemonderzoek is uitgevoerd en waar niet, en wat de conclusie is van het bodemonderzoek indien uitgevoerd. De kaart geeft een antwoord op volgende vragen: - zijn er gegevens bij de OVAM beschikbaar over mijn grond? - werd er reeds een bodemonderzoek uitgevoerd? - werd er al dan niet een verontreiniging gevonden tijdens een bodemonderzoek? - zijn er nog (vervolg)acties nodig voor mijn grond?

This is an acoustic telemetry dataset published by Ghent University. It contains animal (fish) tracking data collected by the Permanent Belgian Acoustic Receiver Network (https://lifewatch.be/en/fish-acoustic-receiver-network) for the project/study 2015_phd_verhelst_cod, using VEMCO tags (V9, V13, V13AP) and receivers (VR2AR, VR2C, VR2Tx, VR2W). In total 106 individuals of Atlantic cod (Gadus morhua) were captured, tagged and released between 2014 and 2018 in the Scheldt estuary and Belgian Part of the North Sea, to study movement behaviour between the estuary, sand bars, shipwrecks and wind farms. Estuaries and coastal areas are subject to anthropogenic activities, as the largest harbours and economic activities are located along river banks and close to shore. Known to have a high habitat diversity, estuaries and coastal areas play a key role in the life cycle of many organisms, including marine fish. As such, these areas can serve as transport routes, foraging or nursery areas. In order to conserve these areas in a cost-efficient and sustainable way, a better understanding of the ecosystem functions and services is needed. The western Scheldt estuary and adjacent coastal area of Belgium are an important migration route and resident area for marine fish. We selected the Atlantic cod () as an economically important indicator species for marine fish species, to assess the importance of estuarine and coastal areas as a key habitat for this species. The results of this study will be useful for management measures for the conservation and restoration of the cod population. This dataset was collected using infrastructure provided by VLIZ and INBO funded by the Research Foundation - Flanders (FWO) as part of the Belgian contribution to LifeWatch. Data have been standardized to Darwin Core using the etn package and are downsampled to the first detection per hour. The original data are managed in the European Tracking Network data platform and are available in Verhelst et al. (2020, https://doi.org/10.14284/435).

This is an acoustic telemetry dataset published by the Research Institute for Nature and Forest (INBO). It contains animal (fish) tracking data collected by what later became the Permanent Belgian Acoustic Receiver Network (https://lifewatch.be/en/fish-acoustic-receiver-network) for the project/study 2011_rivierprik, using VEMCO tags (V7, V8) and receivers (VR2, VR2W). In total 39 adult individuals of river lamprey (Lampetra fluviatilis) were captured, tagged and released in 2011 and 2012, to study the effect of weirs and shipping locks on their upstream spawning migration in the tidal and/or non-tidal part of the Scheldt river and its tributaries. The disruption of longitudinal and lateral connectivity of rivers has led to ecological catastrophes such as the extinction of several diadromous fish species. River lamprey is an important indicator species for the integrity of ecosystems and connectivity within and between catchment areas. In the highly fragmented Scheldt river basin first restoration actions are undertaken, such as the building of nature-like bypasses. The migration patterns in the river catchment and their behaviour at a tidal barrier, lock-weir complexes and fish bypasses (passage timing and delay) in the upper Scheldt river show that the disrupted water management of the river and in consequence of its barriers and bypasses are one keys to (un)successful spawning migration in the catchment, beside spawning habitat deterioration. The study was commissioned by the Vlaamse Waterweg NV. Data were exported from the European Tracking Network data portal (http://www.lifewatch.be/etn) developed by VLIZ using the ETN R package (https://inbo.github.io/etn/) developed by INBO. Field definitions can be found at https://inbo.github.io/etn/articles/etn_fields.html.

This is an acoustic telemetry dataset published by the Research Institute for Nature and Forest (INBO). It contains animal (fish) tracking data collected by the Permanent Belgian Acoustic Receiver Network (https://lifewatch.be/en/fish-acoustic-receiver-network) for the project/study 2015_dijle, using VEMCO tags (V7, V13) and receivers (VR2AR, VR2W). In total 26 adult individuals of five local wild fish species (Anguilla anguilla, Cyprinus carpio, Platichthys flesus, Rutilus rutilus, Silurus glanis) were captured, tagged and released in 2015, to study the effect of a specific barrier on their upstream/downstream migration in the Dijle basin. Fish migrating from the sea to the Dijle river (or vice versa) are obstructed by a weir in the city of Mechelen which is designed to prevent tides from entering further inland. To mitigate this problem, fish-friendly weir management was implemented, the effect of which was measured in this study with acoustic telemetry. In 2015, 26 individuals of five fish species - European eel (), common carp (), flounder (), roach () and wels catfish () - were captured, tagged and tracked in the areas up- and downstream of the weir. 3 wels catfish tagged for the 2014_demer study were also detected. Results of the evaluated weir passages by fish showed that 21 of 29 fish were able to pass the weir at specific hydrological conditions and weir management options. The number of passages differed between species, but happened always in the periods that higher passage could be expected following their lifestyle. The study indicates the importance and benefits of a fish-friendly weir management. This dataset was collected using infrastructure provided by VLIZ and INBO funded by the Research Foundation - Flanders (FWO) as part of the Belgian contribution to LifeWatch. The study was commissioned by the Vlaamse Waterweg NV. Data were exported from the European Tracking Network data portal (http://www.lifewatch.be/etn) developed by VLIZ using the ETN R package (https://inbo.github.io/etn/) developed by INBO. Field definitions can be found at https://inbo.github.io/etn/articles/etn_fields.html.

This is an acoustic telemetry dataset published by the Research Institute for Nature and Forest (INBO). It contains animal (fish) tracking data collected by the Permanent Belgian Acoustic Receiver Network (https://lifewatch.be/en/fish-acoustic-receiver-network) for the project/study 2014_demer, using VEMCO tags (V7, V13) and receivers (VR2W). In total 16 adult individuals of four local wild fish species (Petromyzon marinus, Rutilus rutilus, Silurus glanis, Squalius cephalus) were captured, tagged and released in 2014, to study the effect of a specific barrier on their upstream/downstream migration in the Demer basin. Longitudinal and lateral connectivity of rivers is necessary for fish to successfully fulfill their life cycle. In Flanders, fish are obstructed in their essential free migrations by weirs, sluices, mills, and pumping stations, which are needed to control the water level. The Demer river drains the eastern part of the Scheldt basin. Fish migrating from the sea to the Demer river are obstructed by three hydraulic constructions. In this study we aimed to evaluate the possibilities for fish migration around the most upstream of these three constructions, the Grote Steunbeer in the city of Diest. Therefore, behaviour of two sea lamprey (), two roach (), nine Wels catfish () and three chub () was investigated by acoustic telemetry in the areas up-, downstream and around the fish migration barrier. The results indicated that free upstream fish migration in the Demer river is obstructed by the Grote Steunbeer barrier in its current state, and that adaptations to this barrier should get priority as the tributary of the Zwarte beek only partly offers an alternative route for fish to qualitative spawning habitats upstream. This dataset was collected using infrastructure provided by VLIZ and INBO funded by the Research Foundation - Flanders (FWO) as part of the Belgian contribution to LifeWatch. The study was commissioned by the Flemish Environment Agency (VMM). Data were exported from the European Tracking Network data portal (http://www.lifewatch.be/etn) developed by VLIZ using the ETN R package (https://inbo.github.io/etn/) developed by INBO. Field definitions can be found at https://inbo.github.io/etn/articles/etn_fields.html.

This is an acoustic telemetry dataset published by the Research Institute for Nature and Forest (INBO). It contains animal (fish) tracking data collected by the Permanent Belgian Acoustic Receiver Network (https://lifewatch.be/en/fish-acoustic-receiver-network) for the project/study 2013_albertkanaal, using VEMCO tags (V7, V9, V13) and receivers (VR2AR, VR2Tx, VR2W). In total 161 female individuals of European eel (Anguilla anguilla) and 134 (hatched) smolts of Atlantic salmon (Salmo salar) were captured, tagged and released between 2013 and 2017, to study the effect of shipping locks and hydropower plants on their downstream migration in the Albert canal. Navigation locks play an important role for ship navigation on canals and other regulated waterways worldwide. Unfortunately, these structures may severely impact the aquatic ecosystem and freshwater fish in particular. In Belgium (Europe), the Albert canal connecting the Meuse river to the Scheldt river, is an important migration route for European eel (critically endangered) and Atlantic salmon (vulnerable). During their downstream migration these fish are hampered by six subsequent navigation lock complexes present in the canal. Three of which are by-passed by a small channel leading to a hydropower plant with large Archimedes screw turbines. In the coming years, three more such hydropower plants are to be installed next to three of six ship lock complexes. The Archimedes screws function both as pump and turbine (hydropower generator). Two dimensional fine scale positioning, as well as impact assessment through assessment of fish injury and mortality at the Archimedes screws, was performed to better understand the overall impact of these anthropogenic structures on diadromous fish, such as eel and salmon. This dataset was collected using infrastructure provided by VLIZ and INBO funded by the Research Foundation - Flanders (FWO) as part of the Belgian contribution to LifeWatch. The study was commissioned by the Vlaamse Waterweg NV. Data were exported from the European Tracking Network data portal (http://www.lifewatch.be/etn) developed by VLIZ using the ETN R package (https://inbo.github.io/etn/) developed by INBO. Field definitions can be found at https://inbo.github.io/etn/articles/etn_fields.html.