Kenyan herders turn to grazing app to cut drought risks

A Kenyan herder shows his smart phone with the Afriscout app installed. (Photo courtesy of USAID)
Updated 07 May 2018
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Kenyan herders turn to grazing app to cut drought risks

  • The Afriscout app uses satellite images to identify where there is grass and surface water.
  • The app was developed by Project Concern International (PCI), a California-based development organization.

ARKAMANA, Kenya:  During times of drought, herder Buchu Boru has to walk tens of kilometers in search of pasture for his animals — with no guarantee he will find it.
“Somebody tells you by word of mouth that there is pasture but on arriving you don’t (find) any,” said the 60-year-old, who has had to walk from his home all the way across the Ethiopian border to find grass some years.
But next time the rains fail — an increasingly common problem in northern Kenya — he hopes a new mobile phone app will help him move his livestock to fodder without too much cost or waste of time.
The Afriscout app, which uses satellite images to identify where there is grass and surface water, “is better than what we are used to,” he said.
As climate change brings longer droughts and more unpredictable rainfall, herders often need to travel further and to less-well-known areas to find grass and water for their animals.
Technology that reduces the uncertainties associated with the journeys can help protect herds and incomes, making families more resilient to the harsher conditions, experts say.

Wrong advice
Boru and his neighbors normally rely on word-of-mouth to determine where to go, or they phone others in the region, or pay a scout to travel on a pasture-seeking mission.
But the hunt is time consuming, and sometimes goes wrong.
Boru vividly remembers, during a 2016 drought, traveling five days with his cattle, sheep and goats to Ambalo, 80 kilometers away, where he had heard there was pasture.
But “on arrival at Ambalo, there was no pasture. It was dry. I lost 13 cattle in total, some on the way and others in Ambalo,” Boru said.
With the app, “we will not be gambling with our livestock,” he said. “We will be very sure where the pasture and water is and we will just head there.”
Afriscout, developed by Project Concern International (PCI), a California-based development organization, launched in Boru’s area in February.
As well as providing detailed grazing maps showing water and grass conditions, herders can contribute information about livestock diseases, predators and conflicts.
The app so far has about 3,000 users in Kenya, though PCI hopes to increase that to 4,000 once it finishes mapping Samburu County, home to the Samburu herding community.
The app is already used in Tanzania and Ethiopia and PCI plans to deploy it in Niger soon, said Brenda Wandera, the organization’s acting representative in Kenya.
Twenty kilometers north of Boru’s village of Arkamana lies Kukub, where Liban Waqo lives with his 40 cattle, 30 goats and a dozen camels. The 57-year-old complains that drought is becoming more frequent and severe in his area.
“We have tried digging boreholes, some even 290 meters deep, but we were not successful. Fifteen boreholes have been dug but we found water in only one,” he said.
Now he has installed the PCI app on his phone and hopes that it will come in handy when the next dry season starts.

Few phones
The new app faces a few challenges, including limited mobile phone connectivity in some areas, and broad use of durable old-style mobile phones rather than more fragile smart phones.
So far, few herders in the region own smart phones — but that may change if they find the app useful, said Andrew Mude of the International Livestock Research Institute (ILRI).
“We have seen evidence of pastoralists accessing smartphones when they recognize the value it delivers,” said Mude who helped pioneer the use of satellite imagery to trigger insurance payouts for herders when forage is scarce.
Mude says the app could be improved by including a broader range of information — including data about the market price of livestock.
The app could be part of a broader push to protect herders from worsening drought, helping them cut livestock deaths even as a government livestock insurance program helps them recover from unavoidable losses, he said.
This year, in Arkama village, spring rains have transformed the drought-scorched land and brought some respite. Once-empty ponds and dams are now full and there is enough grass to keep the villagers’ animals fed for at least another two months.
But herders say they cannot count on such conditions anymore — though they, and their animals, are happy this year.
“Now they do not have to go far for grass and water,” Boru said.

(Reporting by Anthony Langat)


Saudi team develops payload for use in joint lunar exploration with Chinese Space Agency

Engineers and researchers at the King Abdulaziz City for Science and Technology display the payload they have developed after months of painstaking research and testing. (SPA)
Updated 21 May 2018
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Saudi team develops payload for use in joint lunar exploration with Chinese Space Agency

  • The joint exploration is in line with a memorandum of understanding concluded between China and Saudi Arabia during King Salman's visit to Beijing in mid-March 2017,
  • Under the agreement, the Saudi side will build a payload for a space censoring system for use in filming and take photos of the moon.

JEDDAH: Saudi engineers and researchers have completed work on a payload for a Chinese space vehicle that will explore the moon, the Saudi Press Agency reported on Monday.
The joint exploration is in line with a memorandum of understanding concluded between China and Saudi Arabia during King Salman's visit to Beijing in mid-March 2017, the SPA said, quoting Prince Turki bin Saud bin Mohammed, president of King Abdulaziz City for Science and Technology (KACST).
The joint venture intends to study and explore the moon, "particularly the invisible side of it to provide scientific data for researchers and specialist in space research and science."
As agreed upon by the KACST and the Chinese Space Agency, the Saudi side will build a payload for a space sensory system for use in filming and take photos of the moon.
"The payload was readied in a record time of no more than 12 months during which the Saudi research team faced numerous challenges, most prominent of which was the importance of manufacturing a compact payload with a high capacity of less than 10.5 cu.cm and a weight of no more than 630 grams on the Chinese satellite," the KACST head said.
The payload consists of photographic and data processing units, among others, that is not only light in weight but also able to endure the space environment.
The equipment is capable of taking photos from different angles and altitudes that varies according to the lunar orbit changes, Prince Turki was quoted by the SPA as saying.
"Saudi Arabia's taking part in this great event would boost, no doubt, its efforts to develop its satellite technologies and use it in several fields of reconnaissance and distance censoring as well as space telecommunications, in addition to proceeding with the march of catching the world race in this field," he said.