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Forests key in fighting poverty – University Don

By Christine Ochogo, November 18, 2020- christawine@gmail.com

African governments have been urged to protect forests as they are key in poverty eradication.

According to Dr Gillian Kabwe, a senior lecturer at Copperbelt University, Kitwe, Zambia authorities must fight overexploitation of these natural resources in a bid to fight deforestation often fuelled by the vicious cycle of poverty.

“Deforestation plays two roles, on one hand it helps in eradication of poverty among dependent communities in food and income generation like charcoal burning, firewood among others but on the other hand  forests are being destroyed  to clear land for agriculture, ranching and development, unsustainable logging for timber. All these human activities among others in the long run contribute to nature decline,” added Dr Kabwe.

The university done was speaking during the Fourth African Conference of Science Journalists organized by Media for Environment, Science, Health and Agriculture (MESHA).

She added that a recently released global assessment report by International Union of Forest Research Organizations (IUFRO), 2020 on Forests, Trees and the Eradication of Poverty: Potential and Limitations had found out that today forests contribute to about 25 per cent of household income for the poor.

Dr Kabwe told the conference that poverty is one of the greatest challenges facing humanity and globally with one out of every 10 people living in extreme poverty.

While presenting at the virtual conference that brought on board scientists, experts and journalists from across Africa continent, the don added that poverty eradication has found a place at the top of the United Nations 2030 Agenda for Sustainable Development.

“Most people living in the rural areas are disadvantaged on issues of value addition on forest products even though key forest resources are known by local communities, acquiring license is almost impossible and therefore they cannot properly trade on product like timber, charcoal, these among other challenges,” she observed.

She regretted that women are often most impacted by poverty and forest loss therefore it would be important that they be integrated in programs of engagement on issues of community based forest management.

“In the rural setups women are endowed with knowledge about beneficial forest resources as they are the ones who provide for everyday family needs, they fetch firewood, fetch water, do cultivation and therefore they understand forest issues well enough,” stressed Dr Kabwe adding that it is important to create a platform for them to express themselves.

She asked journalists to be objective in reporting forestry and poverty issues by highlighting regularly issues regarding policies and regulations on the use of forest products, promote contribution of forests in poverty reduction and amplify existing information on the value of forest resources and their potential.

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New maize variety set to uplift farmers’ fortunes in Africa

By Christine Ochogo I christawine@gmail.com

For the second day in a row, Jerry Oyoo, a western Kenyan farmer from Nyagowa Village, Karachuonyo Constituency has just returned home with a sack of maize from his Kimira wetland farm.

“This is a huge waste of time, energy and money,” Mr Oyoo tells me sounding as if he needs some psycho-social support.

“I spent Ksh 5000 (USD50) to pay for the tractor man to till my land. I spent a further Ksh 3000 (USD30) to pay farm labourers for the first weeding plus a further Ksh 2500 (USD25) for the second weeding, and today I have just paid Ksh 1000 (USD10) to helpers to harvest the produce,” he says looking forlorn and dejected.

In all his calculations he spent Ksh 11,500 (USD115) only to return home with three sacks of maize all valued at Ksh 9,000 (USD90). As he brought home his last sack of maize harvest, Oyoo had just incurred a loss of Ksh 2500 (USD 25) without taking into consideration other inputs and time spent on the farm.

While addressing journalists allied to the Media for Environment, Science, Health and Agriculture (MESHA) in a virtual conference, Dr Sylvester Oikeh, a maize scientist, says farmers like Oyoo need not give up on farming asserting that biotechnology is the way to go in addressing the challenges brought along by effects of climate change, ever growing population leading to shrinking land for cultivation and biological challenges like pests and diseases. He added that biotechnology remains a strong investment for farmers like Oyoo.

The conference brought together 100 journalists from 30 African countries.

“Globally, for each dollar invested in biotech crop seeds, farmers gained an average $3.49. In 2016, farmers in developing countries received $5.06 for each extra dollar invested in biotech crop seeds, whereas farmers in developed countries received $2.70 for each extra dollar invested in biotech crop seeds,” Dr Oikeh said.

To show that scientists are not sleeping on the job, the maize guru said that his organisation, the African Agricultural Technology Foundation with other partners such as the Kenya Agricultural and Livestock Research Organisation  (KALRO) have been working towards getting transgenic drought-tolerant and insect-protected maize varieties to farmers to enhance food security in sub-Saharan Africa.

“We work on a project called TELA maize which seeks to ensure farmers who access the variety will be able to mitigate effects of climate change especially moderate drought and losses to insects such as stem borers and fall armyworm,” said Dr. Oikeh who is the Project Manager at AATF.

Dr. Oikeh spoke on the Status on development and commercialization of transgenic TELA maize for African farmers in a virtual conference that brought together nearly 200 science journalists from 30 African countries and beyond to discuss conservation, climate change, agriculture, and health to bolster factual reporting on science.

“When farmers have access to the TELA maize varieties they will be able to mitigate effects of climate change especially moderate drought and losses to insects such as stem borers and fall armyworm,” said the expert who boasts of over 30 years research trail on maize in the continent.

TELA Bt maize hybrid varieties were released to smallholder farmers in South Africa in 2016 and has been granted environmental release to proceed to national performance trials in Kenya.

“National performance trials (NPTs) are carried out in Kenya by the Kenya Plant Health and Inspectorate Service (KEPHIS) to determine the agronomic potential and adaptability of new varieties relative to those currently in the market,” said Dr Mwimali Murenga from KALRO. He added that they have already planted in Alupe, Kakamega and Kibos. Other sites Embu, Mwea and thika will be planted from mid Oct 2020 during the short rains season.

The NPTs are carried out to evaluate maize hybrids that have potential for commercialization. Experimental material under test are usually compared to those in the market. Several sites from a minimum of 6 sites to a maximum 10 sites are usually planted depending on the growing zones, added Dr Murenga.

Bt maize gave positive and significant effect on yield across varieties and trials with 52 per cent yield advantage over non-Bt maize in Kenya and Uganda,” said Dr. Oikeh, noting that full adoption of Bt maize in Kenya could save the country a whopping 400,000 tonnes equivalent to US 90 million that is lost to stemborer damage annually.

Bt (Bacillus thuringiensis) is a microbe naturally found in soil and that has been used as a biological pesticide for several decades to control insect damage mostly in the horticulture industry. Usually used as a spray, scientists found a way to incorporate Bt proteins (genes) into the plant to give the plant protection against certain insect pests such as stem borer and fall armyworm without spraying the plant.

While responding to a question on safety concerns on the technology, Dr. Oikeh re-affirmed the safety of biotech products, noting that farmers from other regions across the world are enjoying the benefits of the technology.

“Several global authorities including World Health Organization (WHO); Food and Agriculture Organization (FAO); European Food Safety Authority (EFSA) and many Academies of Sciences have all indicated the GM food that have been evaluated and passed through regulatory scrutiny and approved are safe to eat,” he emphasized.

In Africa, nine countries including Kenya, Malawi, South Africa, Nigeria and Sudan have approved and released transgenic cotton, cowpea, maize and soybean. Globally, 67 countries are either growing or trading with biotech crops.

The TELA Maize Project works with governments in seven African countries including Ethiopia, Kenya, Mozambique, Nigeria, South Africa, Tanzania, and Uganda – to deliver the new TELA maize varieties to farmers. All TELA maize varieties will be made available to smallholder farmers through local seed companies after assessment by national authorities according to the country’s regulatory requirements.

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Journalists urged to dispel myths on vaccine trials in Africa

By Mike MwanikI I mikemwaniki2016@gmail.com 

A leading HIV investigator in Kenya has urged journalists to be at the forefront in dispelling the existing myths and misconceptions on vaccine trials among people living in African countries. 

Prof Omu Anzala described as a “fallacy” allegations by some unscrupulous people — especially on social media — who are peddling claims that Africans are being targeted as “guinea pigs” by the West during such trials. 

The virologist-cum-immunologist was speaking during a webinar held in May titled “Understanding the Role of Africa in COVID-19 Vaccine Research.” 

The virtual meeting, which was co-organized by IAVI; Media for Environment, Science, Health, and Agriculture (MESHA), and Internews attracted African-based journalists and scientists and was moderated by MESHA’s secretary, Aghan Daniel. 

“As a professional, I feel sad when people make such wild, unsubstantiated claims and allegations when diseases such as cervical cancer, malaria, and Ebola continue killing a majority of our people in the continent,” Prof Anzala observed. 

“I have been conducting HIV clinical trials for over 20 years and I reassure you that vaccines are highly regulated and cannot, therefore, cause major adverse effects (to recipients). As Africans, we should steer away from such negativity,” he noted.

Prof Anzala is one of the founders of the Kenya Aids Vaccine Initiative (KAVI)—Institute of Clinical Research (KAVI-ICR) which was established in 2001 where he serves as the current director. He was Co-Principal Investigator (PI) of the first HIV vaccine trial in Kenya—the second in Africa—using a DNA plasmid. 

According to the virologist, a recent study shows that 90 percent of health workers in Kenya are ready to be enrolled in testing for a COVID-19 vaccine safety if such a request was made to them. The Bill and Melinda Gates Foundation— which is the biggest funder of vaccines in the world—says that by April 9, 2020, 115 different COVID19 vaccine candidates were in the development pipeline “with eight to 10 of those looking particularly promising.”

Prof Anzala says as the COVID-19 virus continues to mutate, African scientists also have a role to play in searching for solutions against the global pandemic which by July 6, 2020, had infected 11.6m people, killed nearly 537,000 with 6.27m others recovering. 

“The current precautionary measures to avoid COVID-19 infection through washing hands, social distancing and wearing masks in public places is just a stop-gap measure,” he warned.

“The only viable solution for the control of the virus is a vaccine as we are all susceptible to COVID-19,” added the Professor. 

Vaccines offer protection from disease or infection by eliciting a long-lasting immune response. Fielding questions from journalists, Prof Anzala urged African countries to combat coronavirus by establishing mechanisms and actions that will respond to the outbreak; establishing teams that will monitor the outbreak and fund research to understand COVID-19/SARS-COV2 evolution (by using locally gathered data to inform the response to the outbreak). 

Prof Anzala observed: “We are all learning as we go along. There are no experts (on the pandemic) as its only five months old”. 

At the same time, the virologist announced that Kenya will be among 70 countries that will participate in the World Health Organisation’s (WHO) Solidarity clinical trial for COVID-19 treatments. Solidarity Trial is an international clinical trial to help find an effective treatment for COVID-19, launched by WHO and partners. It will compare for treatment options against the standard of care, to assess their relative effectiveness against COVID-19.

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Malawi farmers record huge harvest from genetically modified cotton

By Suzgo Chitete I chitetesuzgo@gmail.com

After years of research and scientific approvals, the Malawi government in November last year released genetically modified cotton seeds for commercial cultivation. 

The farmers who planted Bt cotton for the first time in the last growing season took a gamble to depart from tradition.

France Thole, a cotton farmer in Chikwawa, Southern Malawi, was among the few farmers who were part of the field trials of the new cotton varieties, which have performed wonders elsewhere.

Through the trials, farmers had a feel of the new technology and were convinced this could be the way to go. But it was a real gamble, according to Thole.

“There was a lot of negativity from community members when we told them we wanted to try Bt cotton. In as much as we were convinced that the new cotton variety was better than the traditional seeds, we were still not sure if we would be successful,” says Thole, 60, who has been growing cotton for almost half his age. 

 “I can tell you the quality of the new variety is impressive; one plant gives you up to 150 bolls when the local variety would give 40-50 bolls. The cotton is thick and good looking.”  

Bt cotton seed has been genetically engineered to make the crop resistant to bollworm. Scientists say this resistance significantly reduces the cost of production as one does not need pesticides now and again. 

“If you follow instructions properly you gain more with this new variety. You can produce up to 3,000  bags per hectare while the old variety would you give you 1,000 -1,500 and yet it is also labor intensive because it requires frequent spraying of pesticides,” says Allan Tchalison, another farmer in the Lowershire zone.

Apart from his modern, fully electrified house, some herds of cattle, chickens, and goats, Tchalison sponsors his grandchildren’s education. His son’s daughter is in the second year pursuing an engineering course at the University of Malawi’s Polytechnic. Others are in secondary schools.

Tchalison vouches for Bt cotton as the best so far but pleads for improved extension work. He says at this stage farmers need close supervision because of their unfamiliarity with the new technology, which he believes is a game-changer if well handled.

Another cotton farmer, Mwayi Joseph Chirwa, a primary school teacher in Salima, Central of Malawi, 120 kilometers from the Capital Lilongwe, attests to the scientific claim that Bt cotton significantly reduces the cost of production and has a high yield. She estimates that from her piece of land she has been able to harvest double the usual yield.

“I followed instructions throughout, based on leaflets that I was given and also the advice from the extension workers but I could have missed a step or two…because it is new. I think if one follows the guidelines to the letter they can get more than double,” said Chirwa.

Malawi is among new entrants in a growing list of countries that have commercialized cotton in Africa which include South Africa, Ethiopia and Sudan are other examples. Kenya is yet to get its first harvest and so is Nigeria though they have commercialized the crop too. According to the Seed Trade Association of Malawi, 20,000 Malawian farmers planted the Bt cotton seed last season which just ended last month. 

Cotton is one of the strategic crops in the national export strategy and if well managed, the genetically modified variety can significantly improve productivity, which has dropped at an alarming rate due to lack of investment.

With an allocation of K1.6 billion (USD2.2 million) in the 2011/12 financial year, Malawi was able to produce a record of 100,000 metric tonnes that year. Over the years,  this figure has drastically dropped;  the Cotton Council of Malawi estimates that on average the country is now producing about 15,000 MT per year, which rakes in K10 billion (USD13.5 million) against a ginning capacity of 600,000 metric tonnes. With the adoption of the new technology in Malawi, it is estimated that the country will soon produce nearly 40,000 MT. 

According to the Chairman of STAM, Mr. John Lungu, stakeholders are now putting their heads together to ensure that the market for the bumper harvest is secured to ensure that farmers benefit wholly from their sweat.

“We hope the government may consider subsidizing the seeds just to boost cotton farming in Malawi. With this new variety which has shown that it has a higher yield, we expect more farmers to come on board and adopt it. So my appeal to government is to liaise with the seed making company to make the seeds available at an affordable price,” pleaded Rodgers Manjawira another farmer from Salima.

The African Institute of Corporate Citizenship (AICC), an NGO which has been pushing for improved cotton in Malawi, equally thinks one way of helping farmers is to have the seeds for Bt cotton subsidized and also strengthen extension work so that farmers have up to date information on Bt cotton.  

AICC Chief Executive Officer, Felix Lombe, said: “We need to improve cotton production because it is a strategic crop for exports. The economy stands to benefit from cotton which has a ready market locally and internationally.”  

University students develop App for social challenges

By Lisbeth Kageni I kageni@uonbi.ac.ke

University of Nairobi students have developed a mobile phone app through which they can access relevant information to address their challenges. 

The app dubbed RADA was developed by 12 students with the help of the university’s Centre for HIV Prevention and Research (CHIVPR), UNESCO, and Sexual and Reproductive Health Alliance (SRHRA). 

 The app guarantees privacy, confidentiality, and anonymity for the users and tackles issues such as mental health, sexual and gender-based violence (SGBV), unplanned pregnancies, unsafe abortion, substance and alcohol abuse, and sexually transmitted infections (STIs), including HIV and Aids.

The students noted that these issues have led to school dropouts and needed to be addressed urgently. After designing and developing the app prototype, the students, who had little or no knowledge in IT, were trained to code by UNESCO.

The content was developed with the assistance of CHIVPR, UNESCO, and SRHRA, and validated by relevant stakeholder s, including the Ministry of Health through the Department of Reproductive Health, the National Authority for the Campaign Against Alcohol and Drug Abuse (NACADA), JHPIEGO and the National AIDS and STI Control Council (NASCOP), among others.

 During this process, it was apparent that the app needed to address other relevant issues beyond the health domain, and therefore content on security, socio-economic matters, including job opportunities, were added.

The final android phone app was launched on June 13, 2019, during the Nairobi Innovation Week. Today, with the support of UNESCO, RADA has been disseminated to all University of Nairobi campuses and to four other universities, namely Kenyatta, South Eastern, Masinde Muliro, and Pwani. Currently, counseling services are available to University students but this will change soon to accommodate all young people of appropriate age.

The app is available to everyone who is able to download it from the play store at no fee.

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Glimmer of hope as scientists batle lethal potato nematodes Glimmer of hope as scientists battle lethal potato nematodes

  By Christine Ochogo I christawine@gmail.com

Every season, Margaret Kenzi, a potato farmer in Kenya’s Rift Valley, tirelessly works in her potato farm with hopes of a bumper harvest. 

To her dismay, her efforts of three years have hardly yielded as she does not use certified potato seeds. She attributes this sorry state to the high cost of certified seeds, which has driven her to use regenerated seeds every planting season that are prone to attacks by pests and diseases. 

“I depend on recycled seeds because certified seeds cost Sh3,000 (U$30) per bag of 50kg which I cannot afford due to the hard economy. And after harvesting, we are forced to sell our produce at a throwaway price to middlemen and brokers who invade our farms with ready cash. A 50kg bag of potatoes goes for between Sh1,500 (U$15) and Sh2,000 (U$20) while a 2kg package sells at Sh100 (U$1),” decries Kenzi. 

Researchers put it that only maize is grown in more countries than potato, with Africa producing about seven percent of global potato output, mainly in Egypt and South Africa. The crop is popular and valuable for both food security and income generation, competing well with maize in the subtropical climates at higher altitudes. 

Under these conditions, year-round production can be possible, often with at least two seasons per annum. In recent years, however, yields have shown notable declining trends, mainly attributed to major disease outbreaks, inappropriate cropping practices by farmers, substandard seed quality, and lack of organized market infrastructure for produce. 

Emerging markets for processed potatoes (such as chips, crisps, starch) have increasingly focused attention on the crop, with rising demand from the fast-food industry and processing for added economic value. Processed potatoes, however, also demand high levels of quality, which can be difficult to sustain in the face of high pest and disease pressures. 

In Kenya, according to Farming Success with Potatoes in Kenya, a publication by the International Centre of Potato (CIP), potato is the second most important staple food crop after maize and is valued at nearly $500 million (Sh50 billion) annually.

About 800,000 Kenyans directly benefit from potato production, while across the whole value chain about 2.5 million people receive income from potato. However, in Kenya, yields have declined and currently average 9-10 tonnes per hectare, much below the potential of 20–40 t/ha, and this is reflected across the region. 

As if Mother Nature is adding insult to injury, farmers like Ms. Kenzi’s woes are not helped by the emergence of new pests and diseases, such as the recently detected potato cyst nematodes (PCNs), Globodera rostochiensis and G. pallida, a key threat to potato production in eastern Africa, according to an article published recently in the Frontiers in Plant Science journal by International Centre of Insect Physiology and Ecology (icipe); International Institute of Tropical Agriculture (IITA); North Carolina State University, USA; and Kenyatta University, Kenya.

The occurrence of PCN presents a key threat to potato production in Kenya, as well as to the entire East Africa region where potato features prominently as a food security or income generation crop for millions of smallholder farmers. The good news, states the study in its conclusion, is that it may be possible to manage the nematodes by inducing ‘suicidal hatching’ of the pests using naturally occurring chemicals in crop roots. 

Nematodes are tiny microscopic worms, with some soil-dwelling species infecting and adversely affecting most, if not all, cultivated crops. Potato cyst nematodes (PCNs) are invasive nematode pests that were first reported in Kenya in 2015 and have since been confirmed from other countries in eastern Africa. 

Studies by icipe and partners have shown that these nematodes cause up to 80 percent yield loss in potatoes. 

“The management of the nematodes understudy is particularly challenging due to the pest’s ability to survive in the soil as tiny protective cysts. These cysts can contain up to 600 eggs but are able to remain dormant in the absence of a host plant for up to 20 years. Once they infest a field, it is impossible to eradicate. Therefore, a possible effective approach is to avoid the build-up and spread of the pest,” says Prof Baldwyn Torto, Head of Behavioural and Chemical Ecology Unit at icipe. 

In over 100 countries, this has been achieved by strict quarantine regulations because they are globally considered as the most important pests threatening potato production but are all too often overlooked in less developed countries. 

The recent studies by icipe and partners aimed to manage their spread by exploring several known facts about potato cyst nematodes. First, is the fact that potato cyst nematodes eggs hatch only in the presence of suitable host plants such as potato, tomato, and African nightshade, which scientists refer to as the Solanaceae family.

Once hatched, the infective juvenile nematodes that emerge from the cyst seek host crop roots to invade and feed upon. The developing female nematodes swell and eventually become a new cyst full of eggs. These eggs hatch only once triggered by chemical signals produced by the roots of the host plant. The aim of the research was to identify these signals, and whether they can be exploited to induce hatch of the potato cyst nematodes juveniles in the absence of host crops and thus lead to their eventual death; or rather the ‘suicidal hatch’ of the nematodes. 

“We noted that most juvenile PCN that hatched in response to some chemical signals, known as steroidal glycoalkaloids (SGAs) and steroidal alkaloids (SAs), remained encysted. In other words, they did not leave the cyst to invade crop roots but remained encapsulated in the cyst,” noted a Kenyan scientist, Juliet Ochola, who was involved in the research as part of her MSc studies, based at icipe and registered at Kenyatta University. 

Prof Danny Coyne, a soil health scientist at IITA, explains that the SGAs and SAs could be used in synthetic forms to stimulate suicidal hatch of PCN in infested fields before farmers plant potatoes.

Alternatively, plants that produce the chemicals but are not usually infected by PCN could be incorporated in a crop rotation system to stimulate PCN hatch, thereby reducing populations of the pest. 

“Blends of the compounds obtained from crude material of such plants may be used to treat potato fields as organic soil amendments. This approach would be environmentally attractive and better than using nematicides, which can be hazardous, and due to their dependence on single compounds, are prone to pest resistance,” says Prof Coyne. 

The study presents the results of a countrywide survey undertaken to determine the distribution of PCN and the potential damage it is causing in the major potato growing regions of Kenya. 

Additionally, the study team examined farmers’ potato production practices and how these will need to be taken into consideration for the implementation of future pest management strategies.

It is hoped that the information provided in the study will serve as a wakeup call that should further help policymakers and regional stakeholders to make informed decisions related to PCN containment and mitigation.

 

Tourism and conservation suffer as pandemic wreaks havoc

For 21 years, Bamburi Nature Trail Hill, commonly known as Haller Park, has never closed its doors to visitors. 

The sanctuary for lost and orphaned wildlife has been a haven for anyone who wanted to spend their day relaxing in a peaceful environment and getting acquainted with friendly animals. But when I visited recently, seeking an interview, Karima Nyinge, who heads the department for visitors, shocked me with the news. “We have closed the park for now due to the COVID-19 disease,” he said.

 Haller Park was named so in honor of Dr. Rene Haller in recognition of his efforts, in conjunction with Bamburi Portland Cement Company, in transforming the abandoned quarry into a breathtaking ecological paradise.

The park is located south of the cement plant along the Mombasa-Malindi highway. It covers 75 hectares of land and houses a variety of animals, including hippos, buffalos, giraffes, waterbucks and oryx. The night walks in the park, conference services, among other activities, are now a thing of the past, thanks to the COVID-19 pandemic.

Mr. Nyinge says the government regulations to prevent the spread of the coronavirus have made it difficult for the park to operate since they host large groups per day. 

“We have closed because some of the rules are hard to observe, especially because visitors like to converge around hippos and giraffes and feed them, which will see us break the rule on social distancing,” he says. 

Another hurdle is contact tracing in case one of the visitors tests positive for the disease.

 Mr. Nyinge says it would be difficult for them to trace all the contacts that might have come into contact with the person. He says the park receives up to 160,000 tourists a year, but this year they are likely to fall way below the number. But luckily, some of the workers were retained to continue feeding the animals and maintain their daily routine. 

“The animals have been trained. For example, a hippo would come out when they are called. It’s a routine for them and we don’t want them to forget it,” says Nyinge. 

The situation is not different for the Tsavo Heritage Foundation in Voi, Taita Taveta County, which champions the landscape restoration of the Tsavo Ecosystem and Dispersal Areas. Jacob Kipongoso, the Foundation CEO and environment activist, says since the first case of COVID-19 was announced in Kenya they put on hold all their plans on conserving the environment. 

According to Kipongoso, most of their work involves people, hence it is difficult to uphold keeping the social distancing rule. “For now all the plans we had to plant trees here at Voi were put on hold. We have nothing to do since all the work we were supposed to do involves people,” he says.

“We were supposed to have a big meeting with environmental activists in May and an international conference in December, but both were postponed.” 

Kipongoso says poachers have taken advantage of the situation to increase their poaching activities because they know there is not enough security at the sanctuary. He urges the government to provide the activists with personal protective equipment so that they continue planting trees and attain the 10 percent forest cover the State is advocating for.

Kenya Wildlife Service (KWS) Director General Brig (Rtd) John Waweru says the tourism sector has recorded a 92 percent drop in revenues since March when the first case of COVID19 was detected in the country. 

The KWS boss was addressing a webinar organized by Internews in conjunction with the East African Community and World Conservation Union (IUCN) last week.

Waweru says other threats include a drop-in visitors’ numbers by 76 percent, an increase in poaching of endangered species, increased transnational crime through porous borders, escalation in bushmeat poaching and associated crime and increased human-wildlife conflicts due to influx of people in the rural areas. He says they are now planning to use technology to improve security at the parks. 

“We are planning to use drowns for surveillance at the parks to stop poaching activities. We are also planning to train our rangers to be multi-skilled and offer different services at the park,” says Waweru. 

While addressing the same webinar, Christophe Bazivamo, the Deputy Secretary-General for Productive and Social Sectors in the East African Community (EAC), said the region relies heavily on the abundance and diversity of wildlife to boost its economic growth, earn foreign exchange and creates jobs. 

He suggests a number of interventions in the wake of the pandemic, including EAC member states providing stimulus packages for tourism small and medium enterprises (SMEs), community-based conservation initiatives, and promotion of regional and domestic tourism. 

Other measures include diversifying conservation revenue streams, strengthening one health platform, and developing protected areas management plans.

 

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The invisible people

By Ellen Msungu I info@meshascience.org

The nightmare that is COVID-19 has undoubtedly shaken the world. For persons with disabilities, they have remained invisible. 

Ms. Angeline Akai echoes these sentiments. She is a visually impaired person who, until the pandemic showed up, was working as a consultant sensitizing people on the plight of persons with disabilities. 

Today, she sits at home with his nephew, jobless. According to the government, she is not an essential service provider and therefore has to work from home, but, no client comes to her at home. 

 Everyone is skeptical, and, like the Ministry of Health advised, “you should treat everyone as a suspect of COVID-19, hence the need for social distancing.” 

For more than three months now, she has not been receiving clients. Her income is no more and her savings are depleting as time goes by.

“I do not like asking for help from friends, but I am afraid I’m now relying on friends, which, I feel is a threat to my dignity,” says Ms. Akai. The government released funds to help the vulnerable but speaking to some of the people with disabilities, they said that they are yet to receive any assistance. 

“I have asked my area chief if he has heard of any registration that is ongoing for people like us, but he told me he is not aware of any of such,” says Ms. Akai. If she were to go out, as usual, she will need aid to walk her through the streets of Nairobi, and, her nephew is not one of the options because he is still young. Her vulnerability to unknowingly coming into contact with persons with the coronavirus is high. Ms. Akai is not alone. 

Catherine Syokau is a Communication Officer, with a physical disability. Her story is quite different. Unlike Ms. Akai, she still goes to work, but only thrice or twice a week. That means that her productivity, like most Kenyans, has reduced. 

“Working from home is a challenge for me, I do not have internet connection so there are some duties that I cannot perform from home,” says Syokau. Her routine when going to work is still the same, only that this time, she has to have a hand sanitizer all the time just to be safe.

At the bus station though, as it has always been for her, she is helped to board the bus to and from work. She, therefore, is at risk of getting too close to people whose viral status, she may not know. She is forced to sanitize her wheelchair so many times as recommended by public health officials. The Nairobi Metropolis put up water points for people to wash their hands while in town as one of the ways of containing the virus. 

One thing that unfortunately did not cross their minds, is that people like Ms. Syokau are not privileged to use taps that high. “I cannot wash my hands in town, I only sanitize. What about my fellow vulnerable people who cannot afford sanitizers?” she asks. 

Tom Ndede, who works with persons with disabilities, feels that the “hearing impaired are the most neglected people during the ongoing relief items distributions compared to other persons with disabilities.” 

Delving deep into the issue, you will understand why that is his intuition and he says the main barrier is communication. Whilst the Ministry of Health briefing could have a sign language interpreter, not everyone has the luxury to watch that, and on radio, communicating to a person with hearing impairment is impossible. They are left out when crucial decisions regarding the pandemic like the curfew are made. 

“Sometime back, a young man who is deaf in Kakamega who had not heard about the curfew was beaten up by police because they did not understand his situation,” says Mr. Ndede. 

That did not sit well with the members of the deaf community. Their appeal to the chair of the National COVID-19 response team, therefore, is to highlight some of the challenges facing persons with disabilities during the pandemic.

GIRAFFE FEEDING ONLY ON SUNDAYS NOON

The Zoological Society of London was founded in 1826 by Stamford Raffles and established the London Zoo in Regent’s Park two years later in 1828. for scientific study. By the early 1860s, the zoo grounds covered 40 hectares with many fine flowers and ornamental trees, The predecessor of the zoological garden is the menagerie, which has a long history from the ancient world to modern times. The oldest known zoological collection.

Most living animal species are in the Bilateria, a clade whose members have a bilaterally symmetric body plan. The Bilateria include the protostomes—in which many groups of invertebrates are found, such as nematodes, arthropods, and molluscs—and the deuterostomes, containing both the echinoderms as well as the chordates, the latter containing the vertebrates. Life forms interpreted as early animals were present in the Ediacaran biota of the late Precambrian. Many modern animal phyla became clearly established in the fossil record as marine species during the Cambrian explosion, which began around 542 million years ago. 6,331 groups of genes common to all living animals have been identified; these may have arisen from a single common ancestor that lived 650 million years ago.

MONKEYS SITE, NEW GENDER OF APES IN ZOOTOPIA

The Zoological Society of London was founded in 1826 by Stamford Raffles and established the London Zoo in Regent’s Park two years later in 1828. for scientific study. By the early 1860s, the zoo grounds covered 40 hectares with many fine flowers and ornamental trees, The predecessor of the zoological garden is the menagerie, which has a long history from the ancient world to modern times. The oldest known zoological collection.

Most living animal species are in the Bilateria, a clade whose members have a bilaterally symmetric body plan. The Bilateria include the protostomes—in which many groups of invertebrates are found, such as nematodes, arthropods, and molluscs—and the deuterostomes, containing both the echinoderms as well as the chordates, the latter containing the vertebrates. Life forms interpreted as early animals were present in the Ediacaran biota of the late Precambrian. Many modern animal phyla became clearly established in the fossil record as marine species during the Cambrian explosion, which began around 542 million years ago. 6,331 groups of genes common to all living animals have been identified; these may have arisen from a single common ancestor that lived 650 million years ago.