⁣In this video Dr Luyaluka join the audience of Ancestral Voices to share his views about the scientific nature of African traditional religion (ATR).


Thanks to a cosmological argument, he demonstrates that, in its original nature, ATR is an exact science.


Emphasizing the importance of this affirmation, Dr Luyaluka shows its relevance in the domains of African ethics, traditional technology, renaissance, etc.


The ideas of this video have been inspired by our book titled BUKÔNGO available here:
http://www.amazon.com/s/ref=nb_sb_noss?=-alias%3Daps&field-keywords=kiatezua

⁣Lettre d'Amadou Hampaté Ba à la jeunesse du siècle

An Agroforestry system is much more than a tree plantation. A true agroforestry system needs to "bio mimic" a natural forest and include multiple species and families of trees, ground cover plants, vines, and shrubs.

The diversity is the system's key to resilience. Multiple heights of trees create more homes for more beneficial wildlife. An upper canopy is crucial for shade and to protect the soil from hard rainfall--especially the fragile soils of the neotropics.

In my "Syntropic Agroforestry" video I talked about the importance of starting the system with hardy pioneer plants. In this video, I address the question: "What comes after pioneers?"

Planning and executing a plan to get a return on the land in addition to subsistence foods is also important. Valuable crops like cacao, cardamom, black pepper, and medicinal fungi command high prices on the world market. Agroforestry is a real path forward to provide food and important ecological services like carbon sequestration. It's up to us to show that it CAN be done.

This short film is for mango farmers. It shows how to identify and control Anthracnose.

The film was shoot in the Brong Ahafo Region in Ghana in collaboration with the Kintampo Farmers Association.

Mhenga Amos Wilson: The Falsification of African Consciousness

⁣Achimota School- Accra, Ghana
Denial of Admission to Dredlocked Students
The Big Agenda 19.3.2021

Jelani Nelson recently completed his doctoral studies in the Theory of Computation group at CSAIL in MIT, where he also completed undergraduate studies in mathematics and computer science (2005), and received an M.Eng. In computer science (2006). Jelani's research has mostly focused on the development of efficient algorithms for massive datasets, and especially algorithms that use little memory and require only a single or few passes over the data (so-called "streaming algorithms"). Jelani will spend the next two years doing postdoctoral work at the Mathematical Sciences Research Institute, Princeton University, and the Institute for Advanced Study before joining the computer science faculty at Harvard.