Saturday, June 25, 2011

We Have A Truck!

Thank you everyone who contributed towards the truck! Africa Windmill Project now has a tuff 4x4 truck to continue conducting trainings in remote villages. Christopher and Blessings delivered supplies this past week for one complete windmill to the village of Mziza. Below are a few pictures of the action, thanks again for being a part of Africa Windmill Project.


Blessings is tying down the supplies.


Tuesday, June 7, 2011

ECHO seed trial results

A while back, I posted about our seed trial using seeds from ECHO (www.echonet.org). With the end of the rains, the trial is (almost) complete. Here are some results, conclusions and future plans for some of the crop varieties we grew:

1. Winged Bean: low production. Given that this is the second time we have tried growing this crop in Malawi, and that both attempts resulted in low yields, I have only to conclude that it is not well suited to our environment or method or both. Germination rate was good. All plants produced many flowers, but most plants did not produce seed pods. This would seem to be a pollination issue, though it may have been due to drought. I would not discourage others from trying this climbing vine. The leaves are delicious all the same. This crop is not known by the farmers we work with.
2. Millet: good production. Extremely easy to manage. We will cultivate this one again, and promote it if we can come up with any recipes that don't involved fermentation. Might be good toasted in porridge or breakfast cereals (granola, etc.). The yield was not high, but the crop is so easy to manage it's worth putting a few rows in a larger garden. Millets are grown in Malawi, but this variety seemed to be a bit different. Local varieties are tall with one large seed-head at the top. This variety was short, grass-like, and produced many seed-heads from each tuft.

3. Grain Amaranth: very good production. Amaranth is known as bonongwe in Chichewa. It grows wild and the leaves are eaten like spinach. Some varieties are not eaten. The Grain Amaranth we grew in the trial produced a much larger seed head than most local varieties. We will promote this crop and/or the harvesting of wild seeds, which can as well be pounded into flour. The flour or toasted seeds adds well to porridge and soups.

4. Pigeon Pea: Our stand of Pigeon Pea is just producing seeds now. I was experimenting with a much closer planting than recommended given the small size of the garden. Such close spacing would work well as a hedge or boundary. The leaves are well liked by rabbits. This crop is grown in Malawi, but rarely on a large scale. It is called nandolo. We may promote this crop within the wetlands to demarcate paths and gardens.
5. Tomato: The tomato plants have produced well, though not as well as store bought varieties. The real test will be whether the second generation and onward maintain the level of production. I will continue to grow this variety, and I may share some seeds around in the future.
6. Cowpea: A great success. I had high hopes for this crop after what I saw at the ECHO Agriculture Conference in December 2010. I was not disappointed. I planted this climbing bean stalk at a slightly closer distance than recommended with the expectation that seed production may be reduced. The experiment was to verify the effectiveness of cowpea as a cover crop that could be planted later but still grow to the point that it covers the entire garden floor. The trial was successful. With a planting date in the first week of January, the cowpea would be able to grow up behind knee-high maize without overwhelming the primary crop. We will try this green manure with farmers. Cowpea is grown locally; it is called khobwe.
7. Italian Edible Gourd: failure. Perhaps we did something wrong (late planting may have brought on disease), but this crop did not fair well. Typically, gourds, pumpkins, squashes, etc, do well either planted with the first rains or under irrigation. It sounds like a delicious vegetable, but we'll stick with local pumpkins for now.

8. Carrot: the carrots have done well. My understanding is that carrots produce seeds in their second year, but this was not indicated on the ECHO Plant Information Sheet. Would have been nice to know before hand so that I could have planted them in a corner of the garden, instead of the dead center.

9. Sunflower: decent yield, poor germination. We experienced a low germination rate for sunflower, perhaps due to flooding a few days after planting. The plants that survived yielded about a pound of seeds, which will give us a decent start next year. Unfortunately, diversity was lost but we will see how the seeds do in future generations. In Chichewa, Sunflower is known as mpendadzuwa, or "follows the sun".
10. Moringa (from 2010): there are now moringa trees scattered around my house. The trees grow well but need plenty of water during the dry season, especially during their first year. Farmers know about this tree and its uses, but tree planting is not a common practice among Malawians. We will try to promote this tree with farmers. In Chichewa it is commonly call chamwamba, because it produces food overhead.

11. Vegetable Amaranth (from 2010): these seeds are still producing, 2 generations on. Malawians like the taste of the leaves, but the red colour is not appetizing. If mixed with other bonongwe leaves, it is more appealing.

Wednesday, May 18, 2011

Solar Water Purification System Testing Today!

Drinking Water – it’s a problem.
Africa Windmill Project is working on a sustainable, affordable solution for rural villages in Malawi….We TESTED bore-hole wells that are in some villages and the open wells that we find in our villages, this is what we found:
The Malawians we are working with do not have access to healthy water or sanitation so we began working in the US to develop a solar water purification system. This system needed to be similar to the windmill in that it will be able to be made out of locally available and known materials, and will be simple to construct and operate.

Adam & Derek finished setting up the system last night so today is Test 1. At 8 am the temperature was 82 degrees (aim 165) and water level was ¼ inch below the tape. If all goes according to plan water will transfer to pasteurized water bucket (orange) as soon as the water temperature heats up to proper temperatures.

Disease causing organisms such as worms, protozoa cysts, bacteria (cholera, giardia, e.coli, shigella, and salmonella) and other viruses (hepatitis A, rotavirus) are killed by exposure to heat in a process called pasteurization. Water is a critical issue facing the global population. The World Health Organization estimates that 80% of all diseases are caused by infected / contaminated water. Therefore pasteurization (destroying of disease causing organisms) is critical. Although we have begun with irrigation in these villages, the need for everyone to have healthy, clean drinking water is at the forefront of our thoughts and plans. Although it is hard to understand in the US, Malawians are not aware that their water can make them sick (diarrhea). By beginning with agriculture and working into drinking water we are finding that the villagers are readily accepting our recommendations (such as, not dipping each households bucket into the water source). We know that with nutritious food, enough of it and healthy water, systemic change will occur in Malawi.

Also, not to be remiss, I want to mention that we are in the midst of a fundraiser to purchase a field vehicle for our Malawi staff. We are so close, thanks to a donor who agreed to match the remainder of our need! Today we are at $7,615 (which is AWESOME!) but we still have $3,692.50 left to go before June 1st. Please consider sharing this post or the previous one about the vehicle with your “peeps”. We are so grateful for your support! (They are too!)

Rural areas of Malawi have very low access to healthy water (40%) and sanitation (1%). (source). Africa Windmill Project enables You to effect change in these children's lives. Please Partner with us.

Thursday, May 12, 2011

Butternut squash sales

The Mziza Farming Club have started harvesting butternut squash from their vegetable gardens. We are selling marketing the crop at the open vegetable market in Lilongwe. The price ranges from MK50-MK80, depending on which vendor we deal with.

Farmers have so far harvest a crop worth MK6,400. Many vendors at the market have asked us where we source the squash, and they are eager to find other scarce vegetables such as broccoli, cauliflower, carrots, sweet onions, and spinach.

Wednesday, May 4, 2011

Latest Water Pumps

We've been running at full steam putting these pumps in at Mziza. We have 11 pumps installed, hoping to reach 15 by Friday, 30 by the 15th of May. The farmers have come out day after day to help and learn to put up the pumps.

Word is spreading about the project; several times we've been stopped on the road out to the village by a farmers who want water pumps in their own gardens. This is a sign that we are being successful.

The club members are excited to get started using the pumps. We have been talking with them about how the pump is going to help them. They are hopeful that they will be able to produce a vegetable crop that will exceed their nutritional needs, and provide an income that will help them avoid selling their maize crop at low prices.

Tuesday, May 3, 2011

Your Help: It matters!

Africa Windmill Project is raising money for a truck. This will enable us to reach more remote villages and get supplies to the villages we are working with. We have currently raised $4,125 for the truck and need $15,000. Every dollar will go towards the truck enabling staff to provide training to the remote villagers in need.

Here is a link to our new video showing some of the latest from Africa Windmill Project and details on the truck.

Thank you
John Drake
Africa Windmill Project
407.432.0795

Wednesday, April 13, 2011

Conservation Agriculture training


Conservation Agriculture (CA), basically the intersection of agriculture and Sustainable Land Management, is a promising way forward for smallholder and sustenance farmers in Africa who face rising input costs and environment degradation. AWP has always viewed irrigation as a means to extend the growing season(s) in a given area. If irrigation doubles the number of harvests a farmer can realize in a year, the farmers technique may be the greatest factor effecting his total output for the year. In other words, in a single growing season (rainy season) many farmers realize less (far less) than 50% of the potential of their land. AWP offers training in CA to improve a farmer's yield and set a basis on which irrigation can build. As I mentioned, this training is in high demand. In 2011, AWP plans to provide training to farmers in 7 villages across 3 districts of Malawi's central region.

  1. Mziza, Lilongwe.

  2. Chibanzi, Dowa

  3. Kaduwa, Lilongwe (with Collective Hope)

  4. Chitedze, Lilongwe (with African Bible College students)

  5. Mponela, Dowa (with Biwi Home-based Care)

  6. Dedza Saw Mill (with Julian and Nora)

  7. Dedza (with African Bible College students)
The trainings will take place throughout the year. There are seven lessons centered around a demonstration plot. (Pictured above is the Mzumala Agriculture Club at their demonstration plot.) The 7 lessons in chronological order:

  1. Composting

  2. Crop residue and mulching

  3. Planting technique

  4. Use of fertilizer and compost

  5. Weed, pest, and disease control

  6. Harvesting

  7. Crop rotation and farm planning
A demonstration plot for Conservation Agriculture is comprised of 8 subdivision of 10 sq. meters each. The first subdivision demonstrates the farmers' traditional method of growing maize. The second demonstrates CA techniques using chemical fertilizers and pesticides. The third demonstrates an integrated fertilizer/compost technique. The fourth is CA applied to soya, groundnuts, or beans. And the 5th through the 8th are a repetition of the first 4.