File
hcc _obsclim _geocentricwaterlevel _global _hourly _2005.nc
Cite as
Simon Treu, Sanne Muis, Sönke Dangendorf, Thomas Wahl, Julius Oelsmann, Stefanie Heinicke, Katja Frieler, Matthias Mengel (2023): Hourly Coastal water levels with Counterfactual (HCC). ISIMIP Repository. https://doi.org/10.48364/ISIMIP.749905
Properties
-
Path
ISIMIP3a/InputData/climate/sealevel/obsclim/global/hourly/historical/HCC/hcc_obsclim_geocentricwaterlevel_global_hourly_2005.nc
-
- ISIMIP ID
608de7b3-d78c-4ada-bf11-0344b9f46964
- Size
- 1.2 GB
- Checksum (sha512)
- 00e14db1842b3fa206d786f65dd2b5678e8e7a603800bec213c04c2cb448aa0095cc216c65308825e5630091db80060417d3923fab13fef2f41a4870f71793bc
- Version
- 20231206
Specifiers
- Simulation round
-
ISIMIP3a
- Data product
-
Input Data
- Input category
-
Climate related forcing
- Input subcategory
-
Sea level
- Climate experiment
-
obsclim
- Time step
-
hourly
- Climate dataset
-
HCC
- Climate variable
-
geocentricwaterlevel
- Region
-
Global
- Start year
-
2005
Rights
Archived
This file is archived and currently not available for download. Please contact support if you need this version of the file.
A newer version of this file is available here.
Part of the dataset
-
ISIMIP3a InputData climate Archived 20231206
Issues and notes for the dataset
-
issue high resolvedISIMIP3a: Errors in coastal water levels (HCC) dataset #55
Please use the replaced datasets for new simulations or research.
Matthias Büchner created this issue on April 4, 2024. It was last updated on Feb. 19, 2025.
Affected versions: before 20240404
Other files in the dataset
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
-
ISIMIP3a InputData climate Archived 20231206
All versions of this file
-
ISIMIP3a InputData climate 20250219
-
ISIMIP3a InputData climate Archived 20231206