A new soil mechanics approach to quantify and predict land subsidence by peat compression von Koster, Kay, Erkens, Gilles, Zwanenburg, Cor

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Multi-data settlement prediction along a road section integrating InSAR and coastal subsurface information with data assimilation von Verberne, Manon, Koster, Kay, Fokker, Peter A.

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The many faces of anthropogenic subsidence von Candela, Thibault, Koster, Kay

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Subsidence Induced by Gas Extraction: A Data Assimilation Framework to Constrain the Driving Rock Compaction Process at Depth von Candela, Thibault, Chitu, A. G., Peters, E., Pluymaekers, M., Hegen, D., Koster, Kay, Fokker, Peter A.

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Cone Penetration Testing: A Sound Method for Urban Archaeological Prospection von Koster, Kay

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Multi-data settlement prediction along a road section integrating InSAR and coastal subsurface information with data assimilation von Verberne, Manon, Koster, Kay, Fokker, Peter A

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Generic 3D interpolation of Holocene base‐level rise and provision of accommodation space, developed for the Netherlands coastal plain and infilled palaeovalleys von Koster, Kay, Stafleu, Jan, Cohen, Kim M.

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A novel geophysical method to monitor ultra-shallow reservoirs: mapping of soil moisture content in subsiding peatlands to forecast drought effects and CO2 emissions von Carpentier, Stefan, Meekes, Sjef, Frumau, Arnoud, Verberne, Manon, Candela, Thibault, Koster, Kay

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Using 14C-Dated Peat Beds for Reconstructing Subsidence by Compression in the Holland Coastal Plain of the Netherlands von Koster, Kay, Cohen, Kim M., Stafleu, Jan, Stouthamer, Esther

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Using ^sup 14^C-Dated Peat Beds for Reconstructing Subsidence by Compression in the Holland Coastal Plain of the Netherlands von Koster, Kay, Cohen, Kim M, Stafleu, Jan, Stouthamer, Esther

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Disentangling Shallow Subsidence Sources by Data Assimilation in a Reclaimed Urbanized Coastal Plain, South Flevoland Polder, the Netherlands von Verberne, Manon, Koster, Kay, Lourens, Aris, Gunnink, Jan, Candela, Thibault, Fokker, Peter A.

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Subsidence Induced by Gas Extraction: A Data Assimilation Framework to Constrain the Driving Rock Compaction Process at Depth von Candela, Thibault, Chitu, A. G, Peters, E, Pluymaekers, M, Hegen, D, Koster, Kay, Fokker, Peter A

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Towards regionally forecasting shallow subsidence in the Netherlands von Candela, Thibault, Koster, Kay, Stafleu, Jan, Visser, Wilfred, Fokker, Peter

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Disentangling and Parameterizing Shallow Sources of Subsidence: Application to a Reclaimed Coastal Area, Flevoland, the Netherlands von Fokker, Peter A., Gunnink, Jan L., Koster, Kay, Lange, Ger

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Disentangling and Parameterizing Shallow Sources of Subsidence: Application to a Reclaimed Coastal Area, Flevoland, the Netherlands von Fokker, Peter A, Gunnink, Jan L, Koster, Kay, de Lange, Ger

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GreenhousePeat: a model linking CO 2 emissions from subsiding peatlands to changing groundwater levels von Koster, Kay, Frumau, Arnoud, Stafleu, Jan, Dijkstra, Joris, Hensen, Arjan, Velzeboer, Ilona, Esteves Martins, Joana, Zaadnoordijk, Willem Jan

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Differential subsidence in the urbanised coastal-deltaic plain of the Netherlands von Koster, Kay, Stafleu, Jan, Stouthamer, Esther

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Can we elevate the subsiding coastal plain of the Netherlands with controlled sedimentation? von Koster, Kay, Stafleu, Jan, Vos, Peter C., van der Meulen, Michiel J.

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GreenhousePeat: a model linking CO2 emissions from subsiding peatlands to changing groundwater levels von K. Koster, A. Frumau, J. Stafleu, J. Dijkstra, A. Hensen, I. Velzeboer, J. Esteves Martins, W. J. Zaadnoordijk

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Differential subsidence in the urbanised coastal-deltaic plain of the Netherlands – CORRIGENDUM von Koster, Kay, Stafleu, Jan, Stouthamer, Esther

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