Page 37 - Aquauclature Research and Studies (01)

AQUAUCLATURE
Research and Studies 1 (1): 15-01, 2026 page of 193
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• Policy Alignment: Supporting Egypt’s Vision 2030 goals for sustainable
aquaculture (target: 2.5M tons/year) and climate resilience.
This innovation is particularly vital for smallholder farmers in regions like
the Nile Delta, where water scarcity and high fertilizer costs threaten liveli-
hoods. By integrating AI-driven DSS for real-time monitoring, HortiMED
bridges the gap between research and practical, scalable solutions—position-
ing Egypt as a leader in sustainable agri-tech.
This IMAT-Aquaponic system with DSS innovation is particularly vital
for smallholder farmers in regions, where water scarcity and high fertilizer
costs threaten livelihoods and supporting Egypt’s Vision 2030, it targets 2.5M
tons of sustainable aquaculture annually while enhancing climate resilience.
With real-time AI monitoring, HortiMED project’s bridges research and prac-
tical farming, positioning Egypt as a leader in Agri-tech ideal for water-scarce
regions like the Nile Delta (Goda et al., 2024a).
3. Barriers to Widespread Adoption
Despite its proven benefits, the scaling of IMTA-DSS systems faces several
barriers:
• High Initial Investment: The upfront cost for solar panels, IoT sensors,
and AI-driven DSS remains a significant hurdle for farmers.
• Technical Complexity: A skills gap exists in operating and maintaining
these advanced systems.
• Market Volatility: Uncertainty in market access and pricing can deter in-
vestment.
4. Consolidated Policy Recommendations
To overcome these barriers and accelerate deployment, the following inte-
grated policy recommendations are proposed:
1. Financial Incentives and Support:
• Provide capital grants (30-50%) and low-interest loans for the purchase of
solar, IoT, and DSS equipment.
• Offer tax exemptions on renewable energy and smart farming technolo-
gies.
• Develop carbon credit schemes to reward farms for demonstrable reduc-
tions in CO₂ emissions.