Contact

Project Coordinator

Chahinaz Ziani

Spatial Development and Infrastructure Systems
Institute for Natural Resources Technology and Management (ITT)

Webinar Digital Agriculture and Model-Data Integration for Resilient African Croplands: 17 Feb 2026

Webinar, 17/02/2026

Announcement ENRUC Webinar 17-02-26 (Image: ENRUC)

Within the framework of the webinar series organized by the ENRUC project, we are pleased to announce the upcoming webinar episode under the theme Digital Agriculture and Model-Data Integration for Resilient African Croplands, hosted on Zoom on 17 February 2026 at 14:30 CET (duration: 1 hour 30 minutes).

At a Glance

Digital Agriculture and Model-Data Integration for Resilient African Croplands

Webinar

When?

  • 17/02/2026
  • 14:30 to 16:00
  • add to my calendar

Where?

Online via ZOOM
Information & Registration

Costs

Free of charge

Academic coordinator

Coordination: Chahinaz Ziani, TH Köln
Speakers:
Dr. Ahmed Elnaggar, IHE Delft Dr. Harison Kipkulei, University of Augsburg

Registration

Registration Register here


This webinar will feature two distinguished presentations:

Presentation 1: Digital Twins for Kenyan Agriculture: Operationalizing WaPOR for Rice and Crop Irrigation. by Dr. Ahmed Elnaggar, IHE Delft.

Dr. Elnaggar will demonstrate two operational decision-support tools that leverage open-access satellite data like FAO WaPOR and Python modeling to provide daily irrigation prescriptions for Kenyan farmers. These include the Rice Paddy Advisor, specialized for flood-based rice schemes to model ponding depth and bund management, and the Crop Water Advisor, a precision tool for upland crops that optimizes soil moisture to prevent stress.

Presentation 2: Smarter Cropland Insights: Integrating Agroecosystem Models and Big Data to Strengthen Food Security in Data-Scarce Regions by Dr. Harison Kipkulei, University of Augsburg.

Dr. Kipkulei will explore how process-based agroecosystem models integrated with remote sensing data – such as vegetation, soil moisture, and land use indicators – enable evaluation of cropland conditions, spatially explicit climate risk assessments, and climate-smart agricultural decisions in regions like the Nile Basin and Sub-Saharan Africa. The focus will be on simulating crop growth, yield dynamics, and management impacts amid climate variability, while addressing challenges and opportunities to build resilience and sustainability in vulnerable farming systems.

Contact

Project Coordinator

Chahinaz Ziani

Spatial Development and Infrastructure Systems
Institute for Natural Resources Technology and Management (ITT)


M
M