John-Paul Roberts

Tasty Indigenous Food

And the tree of the field shall yield her fruit, and the earth shall yield her increase, and they shall be safe in their land, and shall know that I am the LORD Ezekiel 34:27 Try to experiment this Lent! Lose the junk food and try out some recipes made from local products. Indigenous cuisine is food based on products obtained from native species of a specific area. There are traditional recipes but also some modern recipes to try! Africa’s staple diet – Mealie meal: Did you know this is not indigenous to Africa? Mielie meal, comes from the Portuguese milho. It was originally brought to Africa from the Americas by the Portuguese. Sorghum on the other hand is indigenous to the continent’s savannas and there is archaeological evidence in the Sahara of the use of sorghum dating back 8,000 years. Sorghum is as nutritious as maize and has high drought tolerance. This makes it a resilient option for farmers to plant under changing climatic conditions. Ask your Granny! Talk to the older generation and ask about vegetables, especially greens that they eat traditionally. many of these can be harvested for free as they grow. Share your findings with others and start a conversation on social media! Reference:https://theconversation.com/amazing-ting-south-africa-must-reinvigorate-sorghum-as-a-key-food-before-its-lost-185552#:~:text=It%20is%20indigenous%20to%20the,sorghum%20dating%20back%208%2C000%20years.

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Bees, Bees, Bees

More to be desired are they than gold, yea, than much fine gold: sweeter also than honey and the honeycomb. Psalm 19:10 Learn about bees and other pollinators. Why should we care? Pollinators provide about one of every three bites of food we eat. Do you like honey? How about almonds? Raspberries? Peaches? Avocados? Pumpkins? Bananas? Thank a pollinator. We might not starve without them, but a plate of food would be a lot less palatable. Nearly one-third of our food supply depends on insect pollination, most of which is accomplished by bees.. And while it’s true that some plants are wind-pollinated, many fruits, nuts and vegetables rely on pollinators. About 70 percent of all flowering plants depend on pollinators. The fruits and seeds that result from insect pollination feed nearly one-quarter of all birds and mammals. But pollinators are not only critical for the production of food; they are also essential to most terrestrial ecosystems. Bees aren’t the only pollinators. The list of pollinators is long and includes hummingbirds, moths, wasps, beetles, bats and butterflies — just to name a few! Butterflies spread pollen as they travel from flower to flower, feeding on nectar. They tend to prefer flat, clustered flowers which provide a helpful landing pad. Pollinators are rapidly disappearing. Why are bees and other pollinators in decline? Native bee populations are at risk from habitat loss and fragmentation, climate change, pesticides, pests and disease. You can help bees (and other pollinators)! Plant a pollinator garden with native flowers that bloom across different seasons, and offer nesting areas to help bees thrive. Referencehttps://nationalzoo.si.edu/animals/news/7-things-you-should-know-about-bees-and-other-pollinators

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Invasive Plants

First collect the weeds and tie them in bundles to be burned; then gather the wheat into my barn. Matthew 13: 30 What are invasive plants? Invasive plants are plants that are intentionally or accidentally introduced by humans into areas outside of their natural habitat. These species can spread rapidly with negative consequences for native species. Invasive plant species have an impact on the diversity of local species, they affect water availability and damage the quality of soil nutrients. Once an alien plant has invaded a habitat, it changes the conditions of that environment. It does so by changing the light, solar radiation and temperature levels in the invaded patches. The quality and availability of food, shelter, nest sites, basking sites and perches are changed for a number of animals. They can also inflict big changes on native vegetation, altering the frequency of fires, nutrient cycling, water availability and soil erosion. For example, pine trees in the Western Cape Province of South Africa have spread beyond forestry plantations and invaded native fynbos habitat. In these invaded landscapes, the temperatures available to lizards for functioning optimally are generally cooler and the number of lizard species greatly reduced. In a few cases, some benefits of alien plants have been reported. For example, they can provide fire wood for local communities or add resources for animal species. But these benefits typically do not surpass the negative effects. Invasive plants have an impact on native species through complex interactions and processes. Habitats that have invasive plants have a poorer diversity of animal species than native habitats. There are multiple reasons for this poorer animal diversity, like reduced availability of food resources or heat conditions that are essential for animal survival. A nice example of how alien plants impact native animals comes from a study in Lake St. Lucia, on the eastern part of South Africa. Alien vegetation has shaded Nile crocodile nests. Since being invaded, nests are much cooler than normal sunny nests which female crocodiles prefer. Temperature dictates the sex of embryos in reptiles, so this finding implies that development of eggs under these conditions will result in more females. These nest temperature changes could therefore affect the population’s demographics in the long-term and alter higher levels of organisation, like communities and species. So, invasive plant species might affect the environment in more ways than we can imagine. Find out about invasive plants in your area by going to ECOSIA (instead of google) and find out how to remove or replace them Reference: https://theconversation.com/invasive-plants-have-a-much-bigger-impact-than-we-imagine-82181

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Start your own compost

And he answered and said to him, ‘Let it alone, sir, for this year too, until I dig around it and put in fertilizer; Luke 13:8 Here are five steps to composting: 1. Select your food scraps.Start with fruits and veggies — the skin of a sweet potato, the top of your strawberry. Also tea bags, coffee grounds, eggshells, old flowers — even human hair! Don’t keep meat or dairy scraps as they will attract rodents. Some products like ‘compostable bags’ may not decompose in a home compost 2. Store those food scraps.Any container with a lid can be used. Or you can store the food scraps in a bag in your freezer or the back of the fridge. That’s an easy way to avoid odors and insects in your kitchen. 3. Choose a place to make your compost.If you don’t have a garden and still want a traditional composting experience you can take your food scraps to a compost pile that you share with neighbours or a community garden. If you are in a small apartment you could use a Japanese method called Bokashi or a worm farm. If you do have some outdoor space, your compost bin doesn’t have to be complicated. An old trash bin, an old wooden chest — just work with what you have available. or “You could just create the pile naked!” Basically you can just have a heap of compost — but don’t put it up against a wall as it could stain it. 4. Make the compost mix.In the world of composting you will hear about “the greens and browns” — the two main ingredients for your mix. “Greens” (wet)are typically food scraps, like fruit and vegetable peelings, coffee grounds, or, if you have a yard, grass clippings. These add nitrogen — a crucial element for microbial growth. Microorganisms are the true heroes of this process, they do the heavy lifting of decomposition. “Browns” (dry) are more carbon rich — think egg cartons, newspapers, dried leaves, and pine needles. It helps to shred up the paper products before putting them in your pile. A good thing to remember is that green materials are typically wet, and brown materials are typically dry. When you’re layering, you want the dry browns on the bottom with the wet greens on the top. Browns are key because they allow water to flow, and air to flow, something called aeration. That will make sure microorganisms can do their job. “If one hundred percent of it is water, then nothing is going on. The microorganisms can’t work. You got this soggy, smelly pile,” And it really is layering — browns then greens, browns then greens. The number of layers depends on your space and your amount of food scraps, but try to keep the layers to an inch or two. You can also put a little bit of browns on the very top to keep away flies and odors. You need more browns than greens. 5. Wait and AerateHow long do you have to wait for decomposition? it depends on the heat – if its hot it might be two months, cold it might take six months. To keep things moving, you’ll want to turn or rotate the pile, perhaps with a stick or spade. When you start out you might be turning the compost once every seven to 10 days. If it smells bad, it probably means it’s not decomposing — maybe your pile might be too wet or you might need to readjust your ratios of greens and browns.when its ready it should have a woody, earthy, but also a sweet smell. Resource https://www.npr.org/2020/04/07/828918397/how-to-compost-at-home

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Eco-system Restoration

“The wild animals honor me, the jackals and the owls, because I provide water in the desert and streams in the wasteland, to give drink to my people, my chosen, the people I formed for myself that they may proclaim my praise.” Isaiah 43:20-21 What exactly is an ecosystem and how do you restore one? An eco-system is part of the web of life, made up of plants, animals and other organisms, together with the landscape (rivers, mountains, etc) around them.Ecosystems can be large, like a forest, or small, like a pond. Many are crucial to human societies, providing people with water, food, building materials and a host of other essentials. They also provide planet-wide benefits like climate protection and biodiversity conservation.But in recent decades, humanity’s hunger for resources has pushed many ecosystems to the breaking point. Here are some examples of eco-systems and what can be done to restore them. FarmlandsOver-intensive use, soil erosion, excess fertilizer and pesticides are exhausting many farmlands. Ways to restore them include reducing tillage, using more natural fertilizer and pest control, and growing more diverse crops, including trees. ForestsForests and trees are being cleared to feed humanity’s hunger for land and resources. Logging, firewood cutting, pollution, invasive pests and wildfires are damaging what remains. Restoring forest ecosystems means replanting and reducing the pressure on forests so that trees re-grow naturally. Food systems are a major driver of forest loss. Reconsidering the way people grow and consume food can help reduce the pressure on forests. Degraded and disused farmland can be ideal for forest restoration, which can also mean nurturing patches of forest and woodland in landscapes that include busy farms and villages. Lakes and riversFreshwater ecosystems have been degraded by pollution, overfishing and infrastructure as well as the extraction of more and more water for irrigation, industry and homes. Restoration means halting pollution, reducing and treating waste, managing demand for water and fish, and reviving vegetation above and below the surface. Grasslands and savannahsShrublands, grasslands and savannahs are being overgrazed and eroded, converted to agriculture and invaded by alien species. Humans can help them rebound by clearing woody vegetation and re-seeding native grasses. Lost plants and animals can be re-introduced and protected until they are established. Find out about other eco-systems and how they might be restored at: https://www.unep.org/news-and-stories/story/beginners-guide-ecosystem-restoration

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