door Manelle Sokar | jul 9, 2026 | Case study activity, Conferences, Event, Spanish CS
RETOUCH NEXUS was represented at the 7th World Congress of Environmental and Resource Economists (WCERE 2026), held from 29 June to 3 July 2026 at the NOVA School of Business and Economics campus in Carcavelos, Cascais, Portugal. WCERE is the flagship global gathering...
door Manelle Sokar | jun 8, 2026 | Article - press release, Case study activity, Conferences, Event, Publication, Spanish CS
Research from the IIAMA institute explores how uniform and dynamic water pricing strategies can reduce unsustainable withdrawals, protect ecosystems, and maintain economic performance under intensifying climate pressures. Safa Baccour and colleagues at the Research...
door Manelle Sokar | jun 4, 2026 | German CS, Beleidsnota's, Spanish CS
Pricing Scarcity at the River Basin Scale Traditional water allocation rules fail to reflect the true marginal value of water under scarcity at the river basin scale, leading to inefficient, inequitable, and environmentally harmful allocation. Water pricing turns...
door Manelle Sokar | mrt 17, 2026 | Conferences, Event, Spanish CS
We are proud to highlight the participation of our partner Safa Baccour from the Universitat Politècnica de València (UPV) at the International Conference on Climate Impacts in a Changing World 2026, held on 9-11 March 2026 in Uppsala, Sweden. Organised by the Swedish...
door Manelle Sokar | jan 28, 2026 | Case study activity, Event, Spanish CS
RETOUCH NEXUS was represented at the International Workshop WEARE-EAARN-FICOTUR: Establishing Networks, held on 22–23 January 2026 in Córdoba, Spain, within the session “Instruments and Policies for Enhancing Water Resilience.” The event brought together international...
door Manelle Sokar | jan 23, 2026 | Beleidsnota's, Spanish CS
Integrated Water Governance in the Júcar River Basin: Turning Scarcity into Resilience The Júcar River Basin, Valencia’s main water source, faces a critical juncture as frequent droughts, water scarcity, and groundwater overuse intensify under climate change....
