IIASA (@iiasa)

Top repositories

1

message_ix

The integrated assessment and energy systems model MESSAGEix
Jupyter Notebook
102
star
2

CWatM

Community Water Model (CWatM) is a hydrological model simulating the water cycle daily at global and local levels, historically and into the future, maintained by IIASA’s Water Security group
Jupyter Notebook
63
star
3

ipcc_sr15_scenario_analysis

Scenario analysis notebooks for the IPCC Special Report on Global Warming of 1.5°C
Jupyter Notebook
60
star
4

ixmp

The ix modeling platform for integrated and cross-cutting scenario analysis
Python
34
star
5

ibis.iSDM

Modelling framework for creating Integrated SDMS
R
19
star
6

climate-assessment

Python
17
star
7

emissions_downscaling

R
14
star
8

ENGAGE-netzero-analysis

Source code for figure generation and analysis of the ENGAGE netzero scenario analysis
Jupyter Notebook
12
star
9

message-ix-models

Tools for the MESSAGEix-GLOBIOM family of models
Python
12
star
10

NEST

R
11
star
11

IAM-powersystemmodel-linkage

This repository contains a script that can be used to facilitate the data workflow for soft-linking of global IAMs and global power system models.
Jupyter Notebook
11
star
12

xarray_tutorial

Jupyter Notebook
8
star
13

message_doc

MESSAGEix-GLOBIOM documentation
TeX
7
star
14

gams_stub

A stub repository for GAMS-based models with associated tools.
GAMS
6
star
15

Felix-Model

FeliX (Functional Enviro-economic Linkages Integrated neXus) is a system dynamics model of global social, economic, and environmental Earth systems.
6
star
16

TileCacheService

Generate map tile caches based on manageable data sources
C#
6
star
17

Condor_run_R

R scripts to submit and analyse HT Condor runs
R
5
star
18

ixmp4

A data warehouse for high-powered scenario analysis in the domain of integrated assessment of climate change and energy systems modeling
Python
5
star
19

eu-climate-advisory-board-workflow

Python
5
star
20

rime

Rapid Impact Model Emulator
HTML
5
star
21

RE4AFAGRI_platform

Official repository of the RE4AFAGRI modelling platform, H2020 LEAP-RE
Jupyter Notebook
4
star
22

python-stub

Template repository for creating python packages and Sphinx-based documentation pages in line with the IIASA design guidelines
Python
3
star
23

GLOBIOM-G4M_LookupTable

GLOBIOM-G4M Lookup-Table repository
3
star
24

ece-teaching

Python
3
star
25

DownScale

Downscaling module for GLOBIOM output
GAMS
3
star
26

ntnu_iam_2022

NTNU Integrated Assessment Modelling course 2022
Jupyter Notebook
3
star
27

rN2000

R package to access and process Natura 2000 data
R
3
star
28

gams-docker

Makefile
3
star
29

LACO-Wiki_mobile

C#
3
star
30

CWatM-Earth-30min

Input data for CWatM at 30 arcminutes
nesC
3
star
31

c_arrays

Multidimensional Arrays for C++ User Friendly and Fast
C++
3
star
32

navigate-technology-analysis

Analysis of technology development conducted in the H2020 NAVIGATE project
Jupyter Notebook
3
star
33

selaru

Spatially-explicit Energy and LAnd system InfrastRUcture modelling framework
GAMS
3
star
34

aneris

Harmonization of Emissions Trajectories for Integrated Assessment Models
Python
3
star
35

GLOBIOM-G4M-link

Automatize the link between GLOBIOM and G4M
HTML
2
star
36

xlsx2gdx

Convert xslx to GAMS gdx
Shell
2
star
37

central-asia-storage

This repository hosts data and scripts used to build the energy-water system model of Central Asia, used in publication Zakeri et al. (2022)
Jupyter Notebook
2
star
38

CWatM_tutorial

Tutorial for the CWatM model
Jupyter Notebook
2
star
39

beamer-theme-iiasa

a presentation theme for the LaTeX Beamer package
TeX
2
star
40

mapspam2globiom

Model to create crop distribution maps for GLOBIOM
R
2
star
41

CWatM_Tools

Tools for pre-, and postprocessing for CWatM.
Jupyter Notebook
2
star
42

cwatm_pre_post

CWatm postprocessing, any language e.g. Python, R, Python in Jupyter notebook etc.
Jupyter Notebook
2
star
43

GLOBIOM_GUI

A GUI for GLOBIOM
XSLT
2
star
44

docker-geodata-versioning

Prototype for geodata versioning
Shell
2
star
45

idesignres-workflow

Project definitions for the Horizon Europe project iDesignRES
Python
2
star
46

message-ix-buildings

R
1
star
47

globiomvis

R package for visualizing GLOBIOM data
HTML
1
star
48

Agrotutor

HTML
1
star
49

GLOBIOM_forest

Global spatially-explicit forest sector model
1
star
50

coacch-data-format

Repository to illustrate data handling of the COACCH data format using pyam
1
star
51

CWatM_salzburg_dash

Dashboard with Python plotly dash for WaterstressAT Pinzgau
Python
1
star
52

edits-data

Demonstration of data descriptions for the EDITS project
Python
1
star
53

GWR_parallel

R
1
star
54

YSSP_LatexProjectTemplate

Template for the final report of YSSPs project report
TeX
1
star
55

Saq-aquifer-hydrological-model

CWatM model bespoke for the Saq aquifer
Python
1
star
56

covid-energy-demand-scenarios

R
1
star
57

prisma-workflow

Project definitions and mappings for the Horizon Europe project PRISMA
Python
1
star
58

CropTypeRecognition

Java
1
star
59

ece-docs

Landing page for software documentation developed by ECE
Python
1
star
60

bfast_hadi_yssp

Landsat time series analysis using bfast
R
1
star
61

iiasa.r-universe.dev

A repository to make R-packages developed at IIASA appear on R-universe
1
star
62

GLOBIOM_doc

Scripts and templates for GLOBIOM documentation generation
Python
1
star
63

natura-connect-workflow

Workflow repository for Natura Connect explorer
Python
1
star
64

abm

MATLAB
1
star
65

code-and-tell

This is a collection small code snippets from the code and tell sections of the weekly MESSAGEix developers meeting
Jupyter Notebook
1
star
66

CWATM_grdc_calibration_stations

The Global Runoff Data Centre provides time series of observed discharges that are very valuable for calibrating and validating the results of hydrological models. We address a common issue in large-scale hydrology which, though investigated several times, has not been satisfactorily solved. Grid-based hydrological models need to fit the reported station location to the river network depending on the resolution, to compare simulated discharge with observed discharge. We introduce an Intersection over Union ratio approach to selected station locations on a coarser grid scale, reducing the errors in assigning stations to the wrong basin. We update the 10-year-old database of watershed boundaries with additional stations based on a high-resolution (3 arcseconds) river network, and we provide source codes and high- and low-resolution watershed boundaries.
Python
1
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67

COACCH

Source content and generation scripting for COACCH Data Repository site. Indexes COACCH project data hosted on Zenodo.
Jupyter Notebook
1
star