H

Hoey, T. B., Tolentino, P., Guardian, E., Perez, J. E. G., Williams, R. , Boothroyd, R. , David, C. P. C. and Paringit, E. (2024) Flood estimation for ungauged catchments in the Philippines: Annual Maximum Flow (AMAX) and catchment properties data. [Data Collection]

K

Khudhur, F. , MacDonald, J. , Macente, A. , Daly, L. , Spruzeniece, L. , Wildman, M. , Chung, P., Wilson, C., Monoghan, A. and University of Edinburgh XRF Facility, (2024) Understanding CO2 mineralization in ironmaking and steelmaking by-products through microstructural analysis. [Data Collection]

L

Lembo, T. , Davis, A. , Loosli, K., Nthambi, M. , Mutua, E., Laurie, E. , Shirima, G., Hilton, S. , Mmbaga, B. T., Nasuwa, F., Melubo, M., Mnzava, K., Mshana, S., Hanley, N. , Jeremia, H., Muro, F., Seni, J. and Matthews, L. (2024) Supporting the National Action Plan on Antimicrobial Resistance (SNAP-AMR) data collection tools. [Data Collection]

Li, Y. , Zhao, Q. and Wang, M. (2024) High-resolution traffic flow data from the urban traffic control system in Glasgow. [Data Collection]

M

MacRae, C., Neill, I. , Gemmell, C., Spruzeniece, L. and Wildman, M. (2024) The Geochronology of Plutonism Associated with the Great Glen Fault, Northern Scottish Highlands – Appendices B and D. [Data Collection]

P

Prasojo, O. A., Williams, R. D. , Naylor, L. , Toney, J. L. and Hurst, M. D. (2024) Making space for water is not enough to alleviate flooding in a large urban estuary. [Data Collection]

Prasojo, O. A., Williams, R. D. , Naylor, L. , Toney, J. L. and Hurst, M. D. (2024) 2D model result for Slowing down the tidal flood wave is key to estuarine flood risk reduction. [Data Collection]

Prasojo, O. A., Williams, R. D. , Naylor, L. , Toney, J. L. and Hurst, M. D. (2024) Code for Slowing down the tidal flood wave is key to estuarine flood risk reduction. [Data Collection]

Q

Quick, L. , Williams, R.D. , Boothroyd, R.J. , Hoey, T.B., Tolentino, P.L.M., MacDonell, C. , Guardian, E., Reyes, J., Sabillo, C., Perez, J. and David, C.P.C. (2024) Confined and mined: anthropogenic river modification as a driver of flood risk change. [Data Collection]