Posts in 2020 Archive
Soil to Seed to Success

In the recent months, the CWBR has visited communities in Villiersdorp, McGregor, and Paarl to support and provide opportunity for skills development in keeping food gardens.

Additionally, revisited NOAH, an old age home in Woodstock Cape Town, to help maintain and transform their open space into a fully producing garden.

Each space visited has been assessed to see how value can be added with practical and available resources and out of the box thinking. Outings to neighbouring Community Gardens with which the CWBR is involved, have taken place to expose the individuals and groups to practices and possibilities of implementation in their own space.

A programme and management system has been put in place to make the food gardens successful. Mentors within the community are essential for community involvement and the success of a flourishing space.   

The aim of the program is not only to teach food gardening as a means to feed one’s self and family, and possibly to other members of the community, but to inspire and excite participant in the wonder of plants. How they grow and form partnerships with bacteria, what is their place and roles are within ecosystems, how they communicate in order to thrive. What companion planting is, crop rotation, water and nutrient cycles, and what nutritional value each plant has to offer. How they are best preserved, the amazing flavours they add to meals, and how they can possibly bring an income.

Although there is a schedule of content, the course is adaptable and takes into account each person individual and group interest and circumstance, so the knowledge can be used in implementing individual gardens aligned to their resources, and can be rolled out to neighbors, friends and broader family members.

Enthusiasm, amazement, lots of enjoyment and fun is key to fostering an appetite to learn more.

A space with a beautiful view. The Hawaqua Community Garden in Paarl will be maintained by the youth.

A space with a beautiful view. The Hawaqua Community Garden in Paarl will be maintained by the youth.

Bridging the Digital Divide

Since the COVID-19 pandemic swept through the world it has left many devastating impacts in its wake. Not least of which the loss of lives, livelihoods and normalcy. Perhaps the most disturbing, however, is the acceleration of global inequalities and the impact this has had on the digital divide and education. Nowhere is this more relevant than in South Africa. Our education system remains one largely characterized by poor educational facilities, overcrowded classrooms and where a student’s future will likely depend on their skin colour and zip code. Throw a global pandemic into the mix and these inequalities and deficiencies will only be compounded in the long-term.

The digital divide is in no way a new phenomenon. In fact, it has been steadily growing in South Africa and other developing nations for decades now. Less than 40 percent of South African households have regular access to the internet through at least one device. These figures drop considerably in poorer provinces like Limpopo where the number can drop to as low as 2 percent. After the national lockdown was imposed in late March this year, schools and universities were shut down, forcing millions of students to study from home. Some students were able to transition fairly comfortably to online learning, having access to the necessary resources, however, the vast majority were left disconnected. Without consistent access to the internet, data and devices, millions of students are unable to continue their learning progress. Some efforts were made to mitigate these effects. For example, telecommunications giants like Vodacom and MTN have introduced Zero-Data or free access on various learning portals and cutting mobile data prices to accommodate learners. However, these efforts are too little too late and fail to address the greater underlying issues.

In addition to this, the digitisation of education and the workplace has been fast tracked because of the pandemic. This rapid acceleration in technology means that future jobs and navigating through society in general, will require a high level of digital literacy. As it stands, the majority of our youth will be ill-equipped to keep up with these demands and fall further behind, becoming more marginalised in the process. Bridging this divide is certainly possible but it will require significant collaboration between government entities, the private sector and civil society in order to bring about the necessary change.

So what are we going to do about it?

Earlier this year, the CWBR introduced the Science Bus Project, in collaboration with Athénée Action Humanitaire. The idea behind this multi-purpose mobile education center was to provide educational support to children in remote areas lacking access to appropriate teaching infrastructure. Since its inception, a pandemic has devastated the world and in the background a group of young, impassioned South Africans mobilised to create a space for change. The CWBR Youth Board was formed in early August under the guidance of the CWBR team to create and implement innovative new sustainable development projects.

The Youth Board is very excited to announce that, together with USIKO Youth Organization, it will be spearheading the Science Bus Project. We hope to build on its previous vision, while placing a new primary focus on bridging the digital divide. Therefore, our aim is to inform, inspire and excite individuals and communities through hands-on learning experiences and empower them to navigate through the 21st century. Each learning experience will be curiosity-driven and geared towards student interests taking into account the four key skills for 21st century learning: creativity, critical thinking, communication and collaboration. While no set lesson plan will exist some key topics to be explored will include information media and technology skills, environmental literacy and entrepreneurial skills. Rather than providing educational support the Science Bus aims to excite learning and help youth identify areas of interest as well as expose them to new technologies like drones, coding, film making software and so much more.

There can be no doubt that COVID -19 will have an unprecedented impact on our country’s most vulnerable youth. In these dark times we must act in ways that shine light on a better way forward. The Science Bus Project is just one of the ways the CWBR Youth Team is leading this change. Watch this space!

Mobile Education Workshops

Ongoing Collaborative Process

Join In a Virtual Flower Festival

The McGregor Magic Garden Festival is accessible worldwide! It will be launched online on the 25th September 2020, as part of South’s Africa Heritage Weekend celebrations. A packed programme of stimulating talks by renowned experts in their field, stunning virtual tours by drone of McGregor gardens, exhibitions of local art, and community projects.  

Some of the topics included are sustainable gardening, horticulture (food-growing), and fascinating Conservation facts about South Africa’s biodiversity.

The Unmissable Guest Speakers

Keith Kristen who is a nationally recognized expert in horticulture

Leon Kluge leading designer representing South Africa at World Flower Shows

Werner Voigt the curator of Kirstenbosch Gardens

Raymond Auerbach professor on Organic practices

John Moodie a leading bee expert and honey farmer

Visit the Mc Gregor Magic website to buy a Festival Pass!

And their Facebook page: McGregor Magic Open Garden Festival for more videos, photos, and to learn about their community projects

2020 ArchiveCeline Macdonald
Know Your Biome

The Cape Floristic Region is located near the southern tip of and entirely within the borders of South Africa. It is the only floristic region of the Cape Floristic Kingdom.. The Region covers the Mediterranean climatic region of South Africa in the Western Cape in the southwestern corner of the country, and extends eastward into the Eastern CapeThe Cape Floristic Region, the smallest of the six recognised floral kingdoms of the world and is an area of extraordinarily high diversity and endemism and is home to over 9,000 vascular plant species, of which 69 percent are endemic (occur nowhere else on earth). Much of this diversity is associated with the fynbos biome, a Mediterranean-type, fire-adapted shrubland.

Most of the region is covered with fynbos, a sclerophyllous shrubland occurring on acid sands or nutrient-poor soils derived from Table Mountain sandstones (Cape Supergroup). Fynbos is home to a diverse plethora of plant species including many members of the protea family (Proteaceae), heath family (Ericaceae), and reed family of restios (Restionaceae).

Currently the main threats to this area are the transformation of natural habitat, through urbanisation, agriculture and mining, the invasion by alien plant species and the occurrence of too frequent wild fires. (Fynbos needs burn regularly but the interval must not be shorter that the slowest maturing proteas in order for them to produce sufficient seed. This interval can vary depending on the rainfall and the species of protea occurring in the area but is generally accepted to be in the region of 15 years). This situation is made worse by Global Climate Change which appears to benefit the invasive alien plants due to higher Co2 levels, thus creating a very high fuel load in a relatively short period of time. This then creates opportunity for too frequent and more intense wild fires. This higher intensity has several negative impacts including the destruction of the fynbos soil stored seed, leading to local extinction of species relying on this method of propagation. The extreme heat can also change the soils water absorbency properties and lead to accelerated erosion.

Protea Family

Erica Family

Restio Family