| Pagina naam | Titel | Auteur(s) | Datum |
---|
20180430 Paper Aesop FRAMES.pdf | Bestand:20180430 Paper Aesop FRAMES.pdf | Adaptive planning for flood resilient areas: dealing with complexity in decision-making about multilayered flood risk management | Buijs, J-M., Boelens, L., Bormann, H., Restemeyer, B., Terpstra, T. | januari 1, 2018 |
DK 050 Projectvoorstel LCHT final V3 bvs mve 210617.pdf | Bestand:DK 050 Projectvoorstel LCHT final V3 bvs mve 210617.pdf | Projectvoorstel RAAK Publiek Low cost monitoren met high tech innovatoren | Anonymous | juni 22, 2017 |
Factsheet Acoustic sensor morphology.docx | Bestand:Factsheet Acoustic sensor morphology.docx | Factsheet Acoustic Sensor | J. Salvador de Paiva | januari 29, 2021 |
Factsheet DGPS leveling morphology.docx | Bestand:Factsheet DGPS leveling morphology.docx | Factsheet DGPS-RTK | J. Salvador de Paiva | januari 29, 2021 |
Factsheet Electro-resistivity sensor morphology.docx | Bestand:Factsheet Electro-resistivity sensor morphology.docx | Factsheet Electro-resistivity sensor | J. Salvador de Paiva | januari 29, 2021 |
Factsheet PEEP morphology.docx | Bestand:Factsheet PEEP morphology.docx | Factsheet PEEP | J. Salvador de Paiva | januari 29, 2021 |
Factsheet SED sensor morphology.docx | Bestand:Factsheet SED sensor morphology.docx | Factsheet Sediment (SED) sensor | J. Salvador de Paiva | januari 29, 2021 |
Factsheet SFM morphology.docx | Bestand:Factsheet SFM morphology.docx | Factsheet SFM Morphology | J. Salvador de Paiva | januari 29, 2021 |
Factsheet airborne LIDAR morphology.docx | Bestand:Factsheet airborne LIDAR morphology.docx | Factsheet Airborne LIDAR | J. Salvador de Paiva | januari 29, 2021 |
Factsheet erosion pin2 morphology.docx | Bestand:Factsheet erosion pin2 morphology.docx | Factsheet Erosion pin | J. Salvador de Paiva | januari 29, 2021 |
Factsheet telescope.docx | Bestand:Factsheet telescope.docx | Factsheet Telescope | J. Salvador de Paiva | januari 29, 2021 |
Factsheet wild camera.docx | Bestand:Factsheet wild camera.docx | Factsheet Wild Camera | J. Salvador de Paiva | januari 29, 2021 |
FinalPres InternshipInTheUnderwaterLab 24.06.2021.pdf | Bestand:FinalPres InternshipInTheUnderwaterLab 24.06.2021.pdf | Innovative monitoring of subtidal environment in the UnderwaterLab | Tim van Oijen | mei 31, 2021 |
LCHT Onderwaterlab Tim van Oijen.pdf | Bestand:LCHT Onderwaterlab Tim van Oijen.pdf | LCHT final symposium subtidal Tim van Oijen | Tim van Oijen | mei 31, 2021 |
LCHT intro Tjeerd Bouma.pdf | Bestand:LCHT intro Tjeerd Bouma.pdf | LCHT Project Introduction by lector Tjeerd Bouma | Tjeerd Bouma | mei 31, 2021 |
LCHT presentation Joao.pdf | Bestand:LCHT presentation Joao.pdf | LCHT presentation techniques intertidal Joao | J. Salvador de Paiva | mei 31, 2021 |
Resource Hyperlink 00704 | Resource Hyperlink 00704 | João Salvador de Paiva | João Salvador de Paiva | maart 24, 2020 |
Resource Hyperlink 00818 | Resource Hyperlink 00818 | Website NV Economisch Impuls Zeeland | Impuls Zeeland | oktober 9, 2020 |
Resource Hyperlink 00825 | Resource Hyperlink 00825 | Introducing IUCN red list | Birdlife International | september 8, 2010 |
Resource Hyperlink 00826 | Resource Hyperlink 00826 | Natura 2000 | European Commission | augustus 27, 2020 |
Resource Hyperlink 00827 | Resource Hyperlink 00827 | Into the Okavango | National Geograpic | april 22, 2018 |
Resource Hyperlink 00828 | Resource Hyperlink 00828 | Will drones reduce investigator disturbance to surface-nesting seabirds? | Borelle and Fletcher | maart 7, 2017 |
Resource Hyperlink 00831 | Resource Hyperlink 00831 | Fine‐scale bird monitoring from light unmanned aircraft systems | Sarda Palomera et al. | november 7, 2011 |
Resource Hyperlink 00832 | Resource Hyperlink 00832 | Unmanned aircraft systems to unravel spatial and temporal factors affecting dynamics of colony formation and nesting success in birds | Sardà-Palomera et al. | mei 30, 2017 |
Resource Hyperlink 00833 | Resource Hyperlink 00833 | Population Census of a Large Common Tern Colony with a Small Unmanned Aircraft | Chabot et al. | april 15, 2015 |
Resource Hyperlink 00834 | Resource Hyperlink 00834 | Environmental Reviews and Case Studies: Applications of Unmanned Aircraft Systems (UAS) for Waterbird Surveys | Dulava et al. | februari 16, 2015 |
Resource Hyperlink 00835 | Resource Hyperlink 00835 | A small unmanned aerial system for estimating abundance and size of Antarctic predators | Goebel et al. | februari 8, 2015 |
Resource Hyperlink 00836 | Resource Hyperlink 00836 | A protocol for the aerial survey of penguin colonies using UAVs | Ratcliffe et al | maart 31, 2015 |
Resource Hyperlink 00837 | Resource Hyperlink 00837 | Measuring the influence of unmanned aerial vehicles on Adélie penguins | Rümmler et al | november 26, 2015 |
Resource Hyperlink 00838 | Resource Hyperlink 00838 | Evaluation of an off-the-shelf Unmanned Aircraft System for Surveying Flocks of Geese | Chabot and Bird | maart 1, 2012 |
Resource Hyperlink 00924 | Resource Hyperlink 00924 | Onderzoeksverantwoording ZBpanel (2017) | ZB | mei 19, 2021 |
Resource Hyperlink 00973 | Resource Hyperlink 00973 | LCHT Final Symposium | J. Salvador de Paiva | mei 31, 2021 |