Scientist at work

Harnessing Digital Technologies for Timely Decision-Making Across Food, Land and Water Systems

Challenge



Digital technologies have the potential to transform food, land and water systems for greater climate resilience and sustainability. There are three challenge areas that CGIAR’s expertise can help to address:

The digital divide: The Global South — especially women and rural areas — are underserved by digital technologies and infrastructure. More than 600 million people live outside of mobile network coverage, 67% in sub-Saharan Africa. Enabling policies and investments are urgently needed.

Inadequate information: Weak information systems prevent evidence-based policy responses, exacerbate poverty and slow economic growth. More than 300 million small-scale producers lack access to digital climate advisory services, and unmanaged risks hinder producers’ adoption of improved technologies.

Limited digital capabilities: Digital literacy and skill levels across the Global South remain low, particularly for marginalized and food-insecure individuals and groups, such as women. Research, codesign and capacity strengthening are needed to channel new evidence to decision-makers, tailor digital advisory content and support better risk management.



Objective



This Initiative aims to support sustainable and inclusive transformation of food, land and water systems by bridging the gender and urban-rural digital divide, improving equitable access to and quality of available information and systems, and strengthening local capabilities to best make use of the potential of digital technologies.

You may also like

Digital Solutions

ILRI News

Digital solutions for a sustainable future: Key takeaways from a convening of digital agriculture experts working in Ethiopia

Digital innovations webinar promotes equity and sustainability in agri-food systems

Digital innovations webinar promotes equity and sustainability in agri-food systems

Related Publications

A new app to help empower farmers with integrated data capture

  • Volk, Jennifer
  • Gebreyohanes, Gebregziabher
  • Ojango, Julie M.K.
  • Ekine-Dzivenu, Chinyere C.
  • Deka, Ram Pratim
  • Mrode, Raphael A.
  • Mogaka, David
  • Kipkosgei, Gideon
  • Yusuf, Jabes
  • Messay, Hassen
  • Kelya, Neema
  • Meseret, Selam
  • Lyatuu, Eliamoni
  • Mukasa, Christopher
  • Agasi, Herbert
  • Dhulipala, Ram
  • Kemp, Steve
  • Salavati, M.
  • Basnet, Suresh
  • Kuruganti, P.
  • Okeyo Mwai, Ally

Digital soil mapping using machine learning model for Kapiti in Kenya

  • Paliwal, Ambica

Disseminating KAZNET crowdsourced dryland information: A report of the baseline survey in northern Kenya

  • Shikuku, Kelvin Mashisia
  • Lepariyo, Watson
  • Alulu, Vincent
  • Baraza, Meshack
  • Ochenje, Ibrahim
  • Galgallo, Diba
  • Malicha, Wario
  • Chu, B.
  • Banerjee, Rupsha R.

Trip report: KALRO delegation’s visit to India

  • Singh, Kanika
  • Dhulipala, Ram

KAZNET: Crowdsourcing information for climate resilience in the drylands

  • Shikuku, Kelvin Mashisia

Digital solutions for a sustainable future: Key takeaways from a convening of digital agriculture experts working in Ethiopia

  • Seifu, Haimanot
  • Whitbread, Anthony M.
  • Dhulipala, Ram