The Lake Turkana Delft3D input files and dataset
doi:10.4121/21294912.v1
The doi above is for this specific version of this dataset, which is currently the latest. Newer versions may be published in the future.
For a link that will always point to the latest version, please use
doi: 10.4121/21294912
doi: 10.4121/21294912
Datacite citation style:
Joep Storms; Mathieu Schuster; Florin Zăinescu; van der Vegt, Helena (2023): The Lake Turkana Delft3D input files and dataset. Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/21294912.v1
Other citation styles (APA, Harvard, MLA, Vancouver, Chicago, IEEE) available at Datacite
Dataset
usage stats
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1894
downloads
geolocation
Lake Turkana
lat (N): 3°56'37.43"N
lon (E): 36° 2'6.07"E
licence
CC BY 4.0
Delft3D model input data, analyses (mat files) and supplementary material linked to the Lake Turkana paper by Zainescu et al 2022 Journal or Great Lakes.
https://doi.org/10.1016/j.jglr.2022.12.013
history
- 2023-01-23 first online, published, posted
publisher
4TU.ResearchData
format
Delft3D input files (.mdf;.txt;.bcc;.sed;.mdw;.grd;.bnd;.bct;.obs;.eva;.ddb;.wnd;.dep;.enc;.mor;.ini) and matlab analyses scripts (.mat)
associated peer-reviewed publication
The role of wind-wave related processes in redistributing river-derived terrigenous sediments in Lake Turkana: a modelling study
funding
- University of Strasbourg (Investissement d’Excellence Post-Docs)
- La Fondation Dassault Systèmes
organizations
-Université de Strasbourg, Institut Terre et Environnement de Strasbourg, France;-Deltares, Delft, Netherlands;
-University of Bucharest, Faculty of Geography, GEODAR Research Center, Romania;
-TU Delft, Faculty of Civil Engineering and Geosciences, Geoscience and Engineering.
DATA
files (32)
- 2,071 bytesMD5:
615b5dba58e73a89a5973da5e01bbe95
Readme.txt - 4,750 bytesMD5:
e964eeb70c2c06e2b1c178f1ef723119
bcc.bcc - 1,338 bytesMD5:
f429bda8d01eaf1185e111eb30439582
bct.bct - 92 bytesMD5:
75e4eff8fe9b4f429c5366fc201ef1cb
bnd.bnd - 2,557 bytesMD5:
866b7bcda3e7d259c0ee27ae77cc791b
config_d_hydro.xml - 2,561 bytesMD5:
b0404130c0f9c77055766601c0450684
config_dflow2d3d.xml - 740 bytesMD5:
4bab176580baf40e05ad99d16883e0a5
delft3d.log - 123,066 bytesMD5:
f4c5cf0e556494c85aad537c1508763e
Depth_Turkana.mat - 105 bytesMD5:
bef7aa80825f51c983cf4be3d53805e9
desktop.ini - 2,984 bytesMD5:
2037133e867c41aa68e05a51f1e8a266
dioconfig.ini - 4,820,450 bytesMD5:
b1655ba273643bb388a61c487a4aca44
Era5wind.wnd - 88 bytesMD5:
a4faefcd602304f0f4eb918a2e4041c5
evap.eva - 7,170 bytesMD5:
f10eae5418e8845e5654edd4d6c1a039
Fig5.txt - 169,577 bytesMD5:
23c5155f7933299633fc8d4947250a5c
MASS_points.mat - 787,537,989 bytesMD5:
b3a69eb5c420ab6d6d04b35396044ce3
MASS_series.mat - 6,067,464 bytesMD5:
a1ae6b3e90ff0a7b49b048657a1af708
MASSsum.mat - 2,420,488 bytesMD5:
8bc56e32947e3e6c00d2daf5647b9eab
MASSsum_sensitivity.mat - 202,399,997 bytesMD5:
5c77fc5c3372e5b77489022fcf01c4bd
MaxBedShearSeriesWaveWind.mat - 2,647 bytesMD5:
86d46949c40e11e811a9768db3214c99
mor.mor - 280 bytesMD5:
09b6dae0c625580038f38f307ed2d8a5
obs.obs - 1,004 bytesMD5:
b3a05fcbc567a674430715d51bfcf5a6
run_parallel.bat - 1,097,815 bytesMD5:
c6a4341879d76c0afc86d51526f4e52c
SALmean.mat - 4,070 bytesMD5:
b6526797f35a5ca0b0ea2c3f871be3c0
sed.sed - 2,288,791 bytesMD5:
8bb543b8d9622cbef30bd53381fb7b79
SEDconcmean.mat - 1,510 bytesMD5:
8ca982260dbe7c8113d49814f22a77b3
Turkana.ddb - 4,440 bytesMD5:
c6864b6578dd51c7c0b40a3a3462acd4
Turkana.mdf - 1,493,070 bytesMD5:
ae6945a0ede1e5e7293f8d7e55f94db5
Turkana500.dep - 12,244 bytesMD5:
08d4b0b606637a264796d0188fd230e7
Turkana500.enc - 5,205,949 bytesMD5:
1386b43050142225688bd9a7f8083ef2
Turkana500.grd - 2,851,944 bytesMD5:
f9df1c4f6a588a0e18f0146a828881e4
Turkana500wave.grd - 3,503 bytesMD5:
c611c5be023b5c1f7cdd5bd7446df6e4
TurkanaWaves.mdw - 6,413,350 bytesMD5:
16ed646d91a208ed54cd914ea01c6432
VELmeanP99.mat -
download all files (zip)
1,022,944,104 bytes unzipped