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Innovation Excellence Award - AI-Driven Drought Early Warning and Advisory Systems (Pakistan)
Journalists and Writers Foundation JWF8th Annual Pioneers in SDGs 2026 Awards 4 November 2026, Wednesday - 10:00 AM EST Innovation Excellence Award AI-Driven Drought Early Warning and Advisory System for Climate-Resilient Agriculture (Pakistan) Abdul Moez Khan, Environmental Researcher, Institute of Space Technology Islamabad - Pakistan Nazar-e-Khushksali is an AI-powered system that monitors and forecasts agricultural drought across Punjab, Pakistan’s 36 districts. Using satellite and climate data from 2005–2025, it provides district-level risk assessments, hotspot detection, explainable forecasts up to six months ahead, and biliDevamını okuDaha az göster
8th Annual Pioneers in SDGs 2026 Awards
4 November 2026, Wednesday - 10:00 AM EST
www.unga-conference.org
Innovation Excellence Award
AI-Driven Drought Early Warning and Advisory System for Climate-Resilient Agriculture (Pakistan)
Abdul Moez Khan, Environmental Researcher, Institute of Space Technology Islamabad - Pakistan
Nazar-e-Khushksali is an AI-powered system that monitors and forecasts agricultural drought across Punjab, Pakistan’s 36 districts. Using satellite and climate data from 2005–2025, it provides district-level risk assessments, hotspot detection, explainable forecasts up to six months ahead, and bilingual advisories. Designed for authorities, researchers, NGOs, and farming communities, it supports anticipatory drought management, helping protect food security, water resources, livelihoods, and climate resilience.
4 November 2026, Wednesday - 10:00 AM EST
www.unga-conference.org
Innovation Excellence Award
AI-Driven Drought Early Warning and Advisory System for Climate-Resilient Agriculture (Pakistan)
Abdul Moez Khan, Environmental Researcher, Institute of Space Technology Islamabad - Pakistan
Nazar-e-Khushksali is an AI-powered system that monitors and forecasts agricultural drought across Punjab, Pakistan’s 36 districts. Using satellite and climate data from 2005–2025, it provides district-level risk assessments, hotspot detection, explainable forecasts up to six months ahead, and bilingual advisories. Designed for authorities, researchers, NGOs, and farming communities, it supports anticipatory drought management, helping protect food security, water resources, livelihoods, and climate resilience.
