Ecolonical LAB

@ecolonical
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R&D&I in AI, Data, Urban & Territorial Systems

🔹 Energy-Biodiversity-Water Nexus | AI & Data Ethics
🔹 Citizen Science | Decentralization |
🔹 Independent Insights on Sustainability & Digital Strategy

📌 Find our work at ecolonical.org

#Water #Energy #Biodiversity #Uban #Territorial #EthicAI #Data #AI #Decentralization #OpenScience

Websitehttps://ecolonical.org
Email Contact[email protected]
BlueSkyhttps://bsky.app/profile/ecolonical.bsky.social

💡 Who really controls energy decisions?

The idea of energy citizenship is gaining attention, but do we truly have a say? A recent study reveals:
✔️ It’s not just about supporting energy policies—opposition is also a form of engagement.
✔️ Decision-making happens at all levels, not just in small communities.

📖 Source: Silvast & Valkenburg (2023). Energy citizenship: A critical perspective.
🔗 DOI: https://doi.org/10.1016/j.erss.2023.102995

#EnergyCitizenship #EnergyMix #PublicEngagement #Ecolonical

El Protocolo de Nagoya prometía equidad en el uso de recursos genéticos, pero tras una década, el debate sigue:

En Brasil, se identifican 4 posturas sobre ABS:

1️⃣ Optimistas → Oportunidad económica.
2️⃣ Reformistas → Aceptan, pero exigen cambios.
3️⃣ Escépticos → "Mal con él, peor sin él".
4️⃣ Críticos → Mercantilización del conocimiento.

📖 10.46265/genresj.GKTE3850

📸 CCBY 4.0

🔔 Únete a #Ecolonical LAB → ecolonical

#Biodiversidad #Bioeconomía #Genética #NagoyaProtocol #ecolonical

🌾 Can Ukraine’s agricultural sector drive energy independence?

By leveraging biomass, bioethanol, and biomethane, Ukraine has the potential to diversify energy sources, reduce imports, and boost rural economies. In a shifting geopolitical landscape, agriculture could be the foundation of a resilient, self-sustaining energy system.

📖 https://doi.org/10.3390/en18051212

#Energy #Ukraine #RenewableFuels #Sustainability #Bioeconomy

Transforming Agriculture into Energy: Unlocking Ukraine’s Bioenergy Potential for Sustainable Post-Conflict Recovery

Amidst the growing challenges of climate change, the advancement of bioenergy in Ukraine emerges as a strategic imperative for achieving sustainable development, energy independence, and compliance with international climate commitments. As one of the key pillars of Ukraine’s economy, the agricultural sector holds vast potential for renewable energy production, utilizing both crop residues and dedicated energy crops. This study provides a comprehensive assessment of the current state and potential of agrobiomass, taking into account the destruction of infrastructure and the urgent need for soil restoration. The novelty of this research lies in its in-depth evaluation of Ukraine’s bioenergy potential under conditions of energy system destabilization and in the introduction of innovative solutions aimed at strengthening sectoral resilience. The findings highlight the critical importance of expanding bioenergy production while identifying key institutional and regulatory barriers that hinder its progress. This study proposes actionable strategies to overcome these challenges, including the adaptation of international best practices, regulatory framework enhancements, and the implementation of targeted government support programs. The insights are valuable not only for policymakers in Ukraine but also for other countries striving to accelerate the transition to renewable energy and establish sustainable decentralized energy systems. Future research directions include the development of cutting-edge biomass processing technologies, a thorough economic evaluation of bioenergy’s long-term impact on energy and environmental sustainability, and an in-depth exploration of bioenergy’s cross-border potential to enhance the energy security and resilience of the European Union.

MDPI