Downloads

NEXOGENESIS poster (2022, PDF, 2,9 MB)

NEXOGENESIS flyer  (2022, PDF, 2,3 MB)

D1.1 Stakeholders’ co-creation approach for WEFE nexus governance (August 2022)

D1.2 Governance and policy assessment in case studies (November 2024)

D2.1 Document information and consolidated data available according to specific Nexus dimensions from Modelling, Repository and Inter-Comparison projects (April 2022)

D2.2 Nexus data vector of biophysical data for each case study (August 2023)

D2.3 Nexus data vector of socio-economic data for each case study (October 2023)

D2.4 Grid-level socio-economic data set (December 2023)

D2.5 Retrospective analysis and validation of biophysical data for uncertainty assessment (February 2024)

D3.1 Conceptual models completed for all the case studies (May 2023)

D3.2 Final report on the complexity science and integration methodologies (May 2023)

D3.3 Final report on the application of biophysical models and stakeholder recommendations (May 2023)

D3.4 Complexity science models implemented for all the Case studies Prototypes and explanatory report manual for each Case study methodology (July 2023)

D3.5 Sensitivity and uncertainty analysis (October 2024)

D3.6 Sensitivity and uncertainty analysis report (February 2024)

D3.7 Final report on the WEFE Nexus Index methodology and visualisation (August 2024)

D4.1 Self-learning nexus engine specifications and technical design (June 2022)

D4.2 Data lake for data sharing (Avril 2024)

D4.3 Simulation policy framework (June 2024)

D4.6 Data management plan (November 2021)

D6.2 Communication activities report for M1 – M18 (February 2023)

D6.3 Communication activities report for M19-M36 (August 2024)

D6.8 Internal and external exploitation workshop (first report) (September 2023)

D6.9 Internal and external exploitation workshop (second report) (October 2024)

D6.11 Policy impact strategy (February 2023)

D6.12 Policy Brief #1 – Mainstreaming the WEFE Nexus into Policy Making (December 2024)

D7.2 Scientific quality assurance plan and ethical considerations (April 2022)

D7.3 Ethics requirements and forms (June 2022)

Resilience Analysis Framework for a Water–Energy–Food Nexus System Under Climate Change – University of Thessaly

The Water-Energy-Food Nexus Index: A Tool to Support Integrated Resource Planning, Management and Security –  JAWS, IHE Delft and CMCC

Access to Water-Related Services Strongly Modulates Human Development – IHE Delft

Water as a key enabler of nexus systems (water-energy-food) – IHE Delft, Uppsala University

Version 3 of the Global Aridity Index and Potential Evapotranspiration Database – CMCC

Joint policy paper “Optimising WEFE Nexus in the Mediterranean basin” – SIGMA Nexus, AWESOME, NEXUS-NESS, GoNEXUS, REXUS & NEXOGENESIS

Scale Dependence of Errors in Snow Water Equivalent Simulations Using ERA5 Reanalysis over Alpine Basins – EURAC

Ethical considerations of using System Dynamics in participatory settings: a social-ecological systems perspective – IHE Delft

Irrecoverable carbon in mountains and the global mitigation potential of agroforestry and increased tree cover in mountain agricultural systems – CMCC

Towards transboundary Water-Food-Ecosystem Nexus governance: a comparative governance assessment of the Lielupe and Mesta-Nestos river basins – KWR & UT

CMIP6-Based Global Estimates of Future Aridity Index and Potential Evapotranspiration for 2021-2060 – CMCC

Looking at the Water-Energy-Food nexus through the lens of Ecosystem Services: a new perspective – EURAC

A model-based policy analysis framework for social-ecological systems: Integrating uncertainty and participation in system dynamics modelling – IHE

Integrating “Nature” in the Water-Energy-Food Nexus: Current Perspectives and future directions – UTH, IHE, UU, KWR & TA

A model-based policy analysis framework for social-ecological systems: integrating uncertainty and participation in System Dynamics Modelling – IHE

Mapping groundwater dependent ecosystems potential for sustainable management of aquifers – NTUA & UTH

Methodological framework for the evaluation of climate change impacts on rural basins using the GR2M Model – NTUA, CMCC & UTH

Modelling crop water demand under climate change – the case of Sardinia region – IHE & CMCC

The historical role of system dynamics modelling in understanding and supporting integrated natural resources management – IHE & UTH

A methodological framework for assessing the coherence of WEFE nexus policies – Illustration and application at the river basin level  – KWR & NTUA

NEXOGENESIS Newsletter #1 – October 2022

NEXOGENESIS Newsletter #2 –  February 2023

NEXOGENESIS Newsletter #3 – July 2023

NEXOGENESIS Newsletter #4 – January 2024

NEXOGENESIS Newsletter #5 – June 2024

NEXOGENESIS Newsletter #6 – January 2025

Factsheet #1: What is the WEFE nexus ?

Factsheet#2: What is biophysical and socio-economic modelling ?

Factsheet #3: What is the System Dynamics Modelling approach ?

Factsheet #4: The importance of stakeholder engagement

Factsheet #5 – Biophysical and socio-economic modelling data

Factsheet #6 – Sensitivity and uncertainty analysis

Factsheet #7 – Lessons learnt from stakeholder engagement in case studies

Factsheet #8 – How does NEXOGENESIS drive research towards the policy arena ?

Factsheet #9 – Sensitivity and uncertainty analysis – Final report

Factsheet #10 – Complexity science and integration methodologies

Factsheet #11 – Application of biophysical models and stakeholder recommendations

Factsheet #12 – Addressing Water-Energy-Food-Ecosystem Nexus in Transboundary Basins

Policy Brief #1 – Mainstreaming the WEFE Nexus into Policy Making

Policy Brief #2 – Contribution to the Water Resilience Strategy

Factsheet – Case study #1

Factsheet – Case study #2

Factsheet – Case study #3

Factsheet – Case study #5

Factsheet – The Guidebook

Factsheet – The NEPAT

Factsheet – The User-Validated Policy Package

Factsheet – The WEFE Footprint

NEXOGENESIS – Project presentation

NEXOGENESIS – Case Study #1 – Nestos River Basin

What is biophysical and socio-economic modelling ?

What is the system dynamics modelling approach ?

NEXOGENESIS – Case Study #2 – Lielupe River Basin

NEXOGENESIS – Case study #3 – Jiu River Basin, Lower Danube

NEXOGENESIS – A brief history of the WEFE Nexus by Dr Floor Brouwer

NEXOGENESIS – Case study #4 – Adige River Basin

NEXOGENESIS – Case study #5 – Inkomati-Usuthu river basin, South Africa

The NEXOGENESIS project

The NEXOGENESIS tool by Lluis Echeverria Rovira, EURECAT

NEXOGENESIS – The Nestos/Mesta river basin with Prof. Maria P. Papadopoulou

Co-creation of WEFE nexus governance and water policy streamlining by Dr. Stefania Munaretto

Nexus system thinking and integration in NEXOGENESIS by Prof. Chrysi Laspidou, UTH

NEXOGENESIS – The Lielupe River Basin with Ingrīda Brēmere

The WEFE Nexus Footprint by Gareth Simpson, JAWS

Adige River Basin: Lessons learnt with Stefano Terzi

Jiu River Basin: Lessons learnt with Florentina Nanu

Co-creation of WEFE nexus governance: Lessons learnt with Dr. Stefania Munaretto, KWR

NEXOGENESIS – The NEPAT Tool

Lessons learnt from the Inkomathi-Usuthu Case study with Daniella Kristensen and Blaine Haupt, JAWS