M.V. RUKWA SOLD

The Tanzanian Government has sold the M V Rukwa to the Southern Engineering Company of Kenya acting together with Lido Navigator Limited of Liberia at a price of 5,512,500/(315,000 US dollars). The sale of the vessel follows a scrutiny by a team of experts comprising officials from the ministries of Communications and Works, and Finance and the Bank of Tanzania. There were five tenders for the purchase of the vessel, including tenders from Holland, West Germany and Britain.

According to the Acting Director of Shipping in the Ministry of Communications and Works, Ndugu T B Rweyongeza, the tenders were invited from foreign firms which were prepared to buy the vessel in foreign exchange. He said the Government had taken time to pick the buyer because of the depressing price problems afflicting the shipping industry. He said following the ship’s doubtful technical seaworthiness after having stayed idle for more than two years, it was decided that the vessel be sold on an “as-is-where-is” basis.

The Tanzanian Ocean Shipping Corporation (TOSCO) which operated the MV Rukwa has been dissolved.

The 14-year old vessel is the same ship which was once known as MV Jitegemee, later renamed MV Lord Rajpar after it was bought by a Dar es Salaam businessman. The ship, formerly owned by the East African National Shipping Line (EANSL), was sold to the Tanzania Colt Motors Limited in Dar es Salaam by the Tanzania Investment Bank at 39m/- under a deal which was later successfully challenged by the Government.

Meanwhile, Ndugu Rweyongeza said the Government had also invited tenders for the sale of another Tanzania Coastal Line Shipping Company (TACOSHILI) vessel, MV Mwenge, also grounded some six months ago due to higher operational costs.

AFRICAN VIOLET THREATENED WITH EXTINCTION

Dr. John Robertson from the University of Leeds has drawn our attention to a disturbing note in a recent issue of the ‘New Scientist’. It appears that the African Violet is threatened with extinction in the wild.

World trade in the African Violet (Saintpaulia ionantha) is worth an estimated 30 million dollars per year. But all the plants are propagated in greenhouses. In the wild the species is on a list of 12 most threatened plants drawn up by the International Union for the Conservation of Nature and Natural Resources (IUCN).

Eighteen of the twenty known species are found only in Tanzania, and these in the Usambara mountains.

Though occupying only 2% of the country, the mountains contain an unrivalled diversity of animal and plant life. After the end of the most recent ice age, which brought lush forest to much of East Africa, the mountains became the only areas moist enough for the forest species to survive. The highlands each contain as many species as all the tropical forests of West Africa… So far, only Saintpaulia ionantha has been exploited by horticulturalists…

In 1983, Jon Lovett, a botanist working for the World Wildlife Fund, found what he thought was a new species in the largely undisturbed Uzungwa mountains. Careful identification has now proved it to be S. ionantha. A new locality for the species brought new hopes for its survival, but those hopes may be short lived. The Government-owned Tanzanian Wood Industries Corporation is receiving Finnish aid to build sawmills in the area. It intends to fell a third of the forest, 12,000 hectares in all.

The first sawmill in East Usambara is already in operation. In the less disturbed Uzungwa Mountains there is a scheme to clear 40,000 hectares for a sawmill under construction at Mangula…

Other plants growing wild in the woods that have won favour as houseplants in Europe and the US include the African Primrose, Streptocarpus, and the Busy Lizzy, Impatiens. Fifty three of the world’s 109 species of Busy Lizzy are found in the Tanzanian forests. Only nine species have so far been used by plant breeders.

Altogether a quarter of all plant species in Tanzania’s moist forests are unique to the Eastern arc mountains. They include timber species such as Cephaloshaera usambarensis, a relative of the nutmeg. It is fast growing and could become an important tree for timber plantations. The forests also contain 16 wild species of coffee, one of Tanzania’s principal exports. Ten are found only in Tanzania. Only three species are so far used commercially.

THE TANZANIAN ENGINEER

‘The people of Tanzania are simultaneously inhabiting the age of the hand hoe, the bush telegraph, of women being used as beasts of burden and of the combine harvester, the computer and the Concorde.’ So said Mwalimu Nyerere in another of those wide-ranging homilies addressed to Tanzania’s professional cadres (in Bulletin No.20 we covered his address to agriculturalists), homilies for which he is well known. The occasion was a seminar on rehabilitation and maintenance arranged by the Institution of Engineers in Arusha in February, 1985. He went on:

‘This cannot continue indefinitely. We cannot choose the old era, with the dirty water, the disease and the suffering which it involved. But we are day-dreamers, not leaders- and certainly not engineers- if we imagine that Tanzanian agriculture and Tanzanian industry can become a transplanted Japan or America or Russia within a few years.
Our task is to move from where we are, using our own energy and our own resources. We have begun to effect changes; our villages and towns are different places now from what they were twenty years ago. Sometimes we have made very expensive mistakes by trying to make too big a technical jump in one direction or other; in some areas we have been so cautious that movement became imperceptible. Our task now is to recover the ground we have lost by our mistakes and by the effects of external events over which we have no control, and to move forward steadily at as fast a pace as is within our own capacity.’

He touched on many other aspects of the work of Tanzanian engineers: ‘Our national poverty sad our economic backwardness is to a large extent a reflexion of the widespread technical ignorance in our society. This in turn has led to an ignorance of the social and economic implications of technology. Even the technological advances which we do make therefore fail to advance our economy to the extent that they could do and are very costly.
The use of modern technology demands a degree of industrial, managerial and commercial discipline and planning which does not yet exist in our society. As a result, expensive capital investments are misused and damaged, or stand idle for long period. There have been cases of productive equipment, which cost hundreds of thousands of US dollars to buy, being irreparably damaged became they were not regularly greased; in other instances such machines have stood idle for months because a defective valve costing 30 dollars was not immediately replaced. The engineer can argue that it is not his job to order, pay for and transport the missing valve from its place of manufacture; but without the valve his expertise is useless. He can argue that it is not his job to do, or even to supervise, regular greasing; but if this is not done all his knowledge about how to repair a machine is wasted. In Tanzania an engineer either takes responsibility to ensure that such things are done, or he is of little practical use to us.’

On assessing costs:
‘Costs must be taken into account at every stage in a new project… And in this respect the engineers have a unique responsibility. Political leaders and economists very rarely have the technical capability to reject a proposal on the grounds that the building could be safely erected or the goods produced at half the cost.

But the costs which are submitted for consideration and which will be the basis for most decision-making must be the real costs – the costs over the life of the machine or project, including an adequate maintenance and running allowance, And I suggest that whether these costs are for labour or for machinery- most of which is imported – should be emphasised: whether the money we spend is going to be having its multiplier effect in Tanzania, or in the country which makes the machines, should be a relevant factor in our decision-making, quite apart from the fact that we do have more labour than savings or borrowing capacity.

Cost assessments must also distinguish between local costs and foreign exchange costs- both at the time of construction and in operation. In the past we have not done this to a sufficient extent. Consequently we have created a very import-dependent industrial structure and are in danger of doing the same in agriculture. That so many of our factories now operate at 30% capacity is not unconnected with this fact. The engineers must insist that their views are listened to. And they must fight, in themselves as well as in the inclinations of politicians, the temptations of being associated with something which is big and impressive to look at or talk about. Prestige projects, as they are called, are fine if and when they do the job needed: they are a major shame and disaster if ten years later you are still paying out large sums of money for something which has failed to deliver the goods or the service required.

On building materials Tanzanian engineers must be innovators and problemsolvers:

‘the solvers of Tanzanian problems, not those of a developed or rich society. They face, for example, the challenge of re-examining our whole approach to building methods, regardless of whether these relate to houses and offices, or sewerage systems, or communications links.

I am no engineer, but I have seen factories and workshops in China which do not have grand buildings, yet still produce the goods needed. I have heard that in West Africa and the Middle East certain buildings made of mud have been standing and in use for hundreds of years. So I ask, why do all our factory and office buildings have to be so expensive?

On traditional practices:
‘Traditional practices- in Tanzania and elsewhere- are therefore not irrelevant to modern engineers. Local people did devise methods of solving their problems and meeting their needs with the resources around them; are we quite sure that none of these can be used now after improvement by the application of engineering knowledge?
Traditional blacksmiths used to provide- and indeed are now providing, or at least repairing- ploughshares, hoes and axes; they are indeed real technicians and engineers in embryo. Some of our peoples used dyes made from plants or earth; can nothing be done to make these suitable for our textile factories?’

On being educators:
‘1 believe that Tanzanian engineers have to be educators if they are to fulfil their responsibilities to this country. Take part in our national life- as engineers. You must publicise your knowledge and spread your understanding of the social and economic implications of modern technology. Your journal- ‘The Tanzanian Engineer’ – is one medium through which you fulfil the vital function of educating yourselves and spreading knowledge among professionals… I hope you will be able to expand this journal and make it reach the technicians as well as the professional engineers.

But that is not enough. Engineers should be writing for our newspapers… They should be talking on the radio about some of the many engineering related matters, which are more important to our peasants and workers than these realise. And do not wait for editors to ask for articles : offer them! Your articles will need to be written in non-technical language which our people can understand. But the engineering profession can only gain if your efforts contribute to a greater technological understanding in our society.

TAZARA – BETTER NEWS

Peter White, who wrote about the resumption of traffic on the railway line to Nairobi in our issue No.20, has sent us an extract from ‘Developing Railways l985’, which paints a much more positive picture about the Tanzania to Zambia Railway (TAZAIIA) than has been the norm during recent years. In the article the General Manager, Major General C.J. Nyirenda, writes:
‘The line was designed to handle 2 million tonnes of freight annually and in each of the first two years of operation some 1.2 million tonnes were hauled. Thereafter freight traffic declined to 752,000 tonnes in 1980-81, then increased each year to attain 970,000 tonnes in 1983-84. Passenger traffic rose from 829,000 journeys in the first full year of operation to 1.4 million in 1979-80. Then, with a reduction in the number of passenger trains from six to one pair a week in 1982, traffic dropped to 564,000 in 1982-83. The following year saw the train service doubled and traffic started to pick up again.

The decline in TAZARA’s traffic from 1980-81 onwards was occasioned by three major factors. In the first half of 1979 there were landslides following unusually heavy and prolonged rainfall, resulting in extensive formation failures over a key mountainous section of the line. This was followed by the blowing up of two major bridges towards the end of 1979 in the Zimbabwe war of independence. At the same time, there was a serious decline in the motive Power position due to low availability of the original fleet of 97 class DFH2 diesel-hydraulic locomotives…

During fiscal 1983-84 TAZARA made considerable headway in recovery programmes, particularly motive power. By the end of May 1984 a total of 18 DFH2 locomotives had been re-engined and the availability of these averaged 75% compared with 3576 for the original units. On the strength of these encouraging results an order has been placed for a further 22 engines repower eight main line and six shunting locos. Meanwhile, delivery of the 14 diesel electric 6 was completed during the year. The improved motive power position has been reflected in improved haulage capacity. At the end of the 1983-84 financial year, TAURA had carried 950,000 tonnes of freight and 1 million passengers. Turnround of wagons and transit times on the TAZARA system have improved from an average of 28 days to 12 days, As a result, we expect to achieve an operating surplus of shs.16.9 million, the first annual profit recorded.’

MISCELLANY

TANZANIA’S FIRST HOME MADE PAPER

The Southern Paper Mills at Mgololo in Mufindi District produced its first paper on May Day in a series of initial trials. The Tshs. 2.5 billion project began in 1978 and is intended to produce 20,000 tonnes of paper annually during its first phase and eventually 75,000 tonnes, thus making the country self-sufficient in all its paper needs. Tanzania spends about Tshs. 40 million on paper imports of 30,000 tonnes a year. The surplus will be available for export. The initial trials were conducted on imported pulp, but this will give way to pulp from trees in the nearby Sao Hill Forest Project. Seven donor agencies are contributing to the costs of this project.

The Zanzibar Government has declared the 95 hectare Stonetown area of the town to be a conserved location following the recommendations of the UN Centre for Human Settlements (HABITAT). There will be a Government loan scheme to help owners of buildings and assistance for the renovation of roads and sewers. There are some 2,500 buildings with an average age of 100 years and accommodating 16,000 people in the area.

CONMERCIAL LINKS WITH KENYA

For the first time since the break-up of the East African Community in 1977 a large order for Kenya goods was exported to Tanzania in January 1985, It was a consignment of oil and was transported on the Tanzanian ship mv. Kyangumi from Kisumu to Musorna in Mara Region. On 14th. February the first freight train for eight years left Moshi for Nairobi and the train ferry ‘Victoria’ set sail from Mwanza for Kisumu.

CAPTURING THE ENERGY OF THE SUN

A small irrigation scheme powered by photovoltaic solar cells has been in operation at the Shirati Mennonite Mission in Mara Region on Lake Victoria near the Kenya border for the last two years. A second scheme at the nearby village of Minigo using similar equipment began to operate in August, 1984, with financial and technical support from OXFAM. The equipment was supplied by Solar Electric International, a British firm with a base in Nairobi. The contract included a commitment by this firm to provide spare parts for maintenance.

SISAL FIBRE FOR ROOFING

The Building Research Unit has been developing the use of sisal fibre as reinforcement for corrugated roofing sheets.

THE SIDO ESTATES AT ARUSHA AND MOSHI

Mrs, Erna Nelki has sent us the following contribution following a recent visit to Tanzania.
The industrial estates in Arusha and Moshi are run by the Small Industries Development Organisation (SIDO), which was set up by the Government in 1974 under a technical cooperation agreement with Sweden. There are six SIDO estates indifferent regions of Tanzania. The Swedish Government offered soft loans to African entrepreneurs if they were able to provide the initial 10% share of investment in their project. The Tanzanian Government complemented this by loans for building and infrastructure. The Tanzanians were sent to Sweden for training in parent company linked to their project,

SIDO firms produce manufactured goods for the home market such as electrical equipment (initially fuse boxes); cutlery , pots and pans; mosquito mesh, coffee roasting tins and cast iron manhole covers; water taps and valves. The machines came from Sweden, but some engineers subsequently developed their own machines when sales warranted expansion. Production is based on simple technology and is labour intensive. The Moshi SIDO estate has additional interesting features. The foundry and forge use the scrap metal from the other firms on the estate for their cast iron goods. One firm produces soap powders, detergents and disinfectants for medical and cleaning purposes; others sell scissors, brass locks, brass water pipes and taps. Another firm produces the packaging for the products of the estate; they are designed and printed sometimes very artistically on the premises.

There is a capital intensive firm with highly trained personnel producing lenses to specification and fitting them by hand into plastic spectacle frames produced by another firm. There is a galvanising firm as well as an electroplating one in zinc , nickel and chromium. Both estates have their tool shop making tools and spares for the firms on the estate as well as for the Appropriate Technology Centre in Moshi,

Most firms are to some extent dependent on imports such as steel sheeting and thus on import allocations by the Government at a time of acute foreign exchange shortage, Though some firms hummed with activity, some were producing below capacity . Those firms that diversified their production were able to expand. But most firms I saw were impressively busy. The Northern Electrical Manufacturers Limited (NEM) has a full order book and is so diversified that it is in the process of building a second larger factory. This firm has export orders from Zambia, Burundi, Btswana and Swaziland and hopes to be able to market their goods in Europe. The Kilimanjaro Electroplates Limited is producing high class nickel electroplated cutlery which finds a market in Sweden and a galvanising firm is exporting buckets to Sweden.

THE SOKOINE UNIVERSITY OF AGRICULTURE

The Morogoro campus of the University of Dar es Salaam became a university in its own right on 1st. July, 1984. At the subsequent inauguration President Nyerere reflected on what a university of agriculture with a practical orientation was intended to do. The following are extracts from his address:

“The Sokoine University of Agriculture is intended to be directly useful to our farmers and our nation now as well as in the future. It must be professionally oriented and the professions concerned are those which encompass the knowledge, the understanding and the skills to do a practical job in our rural areas. Thus, the main objective of this university is not abstract research, or the training of academics who can write learned treatises. Certainly we hope that it will do those things, for we expect – and we demand from both staff and students – rigorous scholarship and scientific research. But they are not what the University will be judged by during the next twenty years or more.

The major purpose of this University is the development and transmission of skills and practical expertise at the highest level…. Thus, the concern of the leaders of the Sokoine University of Agriculture should not be the attainment of degrees comparable to those of the Colleges you may have attended in the USA, or elsewhere. It should be the giving of service to our agriculture and our rural people comparable to (or better than) that which those Colleges give to their own hinterlands.”

The President appeared here to forget the pioneering work of the Land Grant Colleges, whose character and objectives would fit well the above description. He went on:

On appropriate technology
“Combine harvesters are awe-inspiring to the uninitiated and have a glamour for the agricultural engineer; it is true that our larger and more successful cooperative will need them. But the more important implements for us are the ones which can be useful to peasants, or the small village cooperatives. That means simple tools, tools which do not depend on imported fuel, which can be repaired (and preferably even manufactured) in the villages, or small towns, and which do not require advanced mechanical skills for their maintenance, or efficient use.”

On management
“While the return a farmer gets from his land and labour depends on his technical skill, it is very greatly increased by good farm management. This is true for a peasant farmer, a village cooperative and for a commercial farmer. And all are interested in the net benefit obtained from their work and their inputs. One does not have to be a capitalist, or a monetarist, to recognise this.”

On learning from peasants
“There have been many cases where so-called modern scientific methods imported from temperate areas have proved to be less productive than traditional methods, or to cause unacceptable damage to our soils. The practice of deep ploughing on fragile tropical soils and of opposing intercropping on small farms are but two ‘examples of this. We need to study the traditional practices and, where the circumstances in which they developed have changed, see how they can be adapted to the new conditions. There was the traditional practice of slash and burn, cultivate and move on. Now that we live in settled communities we have to show the peasants that the modern equivalent- equally within his own control and more productive- is the use of compost, green manure and animal manure.”

On cooperative production
“We have to understand the existing societies in order to help the gradual move towards cooperative production. For while individual peasant farms are now the most important productive units in our agriculture, and must be treated as such, the future lies in larger farm units on which better implements can be used economically. For a socialist country this must mean the expansion of village cooperatives. An agricultural university in a socialist country must make a contribution to that development.”

On the controversial issue amongst agricultural educators of the true function of university farms as an aid to teaching or demonstration of management:
“The university farm must have management systems appropriate to the size of its unit or units. It must be run on strictly commercial principles as a self-accounting unit, which operates in accordance with all the laws and conditions which prevail elsewhere in Tanzania. There must be no scope for excuses that it is making a loss because of its importance to University research, or teaching, or feeding. On the contrary, the farm must make a profit and contribute directly or indirectly to the foreign exchange earnings of the country. It must do this through the efficient production and sale of its food and other crops.”

On Development Studies
“Courses under the title of Development Studies are certainly not a complete answer. Sometimes they have the disadvantage of leading people to believe that ‘Development Studies’ covers questions of ideology, so everyone else can ignore them, or alternatively that a study of socialist theories is all that is required. In fact Development Studies courses are intended to help students to understand the purposes of Tanzania and the environment in which our country has to make a living and develop. That is essential for all university students, but it is not enough. For it is certainly necessary to understand the malign influence of external factors on Tanzania’s development. But ideological teaching has to free us and inspire us to work out what we can do in the face of these things and how we can do it. The external circumstances we are contending with are not going to change in the near future. We have to learn to cope with them.

What I am suggesting is that everyone involved in teaching, administering, or governing the Sokoine University of Agriculture have to involve themselves in promoting attitudes of service. And it has to be service needed by Tanzania in the light of Tanzanian circumstances and aspirations.”
On the selection of students

“You will need a few academic ‘high fliers’. But I suggest that the greatest need is for students who want to be farmers, to work with farmers and to help farmers. Your selection criteria should reflect these purposes.

I am aware that this may mean less First Class Passes in your degrees and I am not suggesting that you should reduce your standards of academic excellence. What I am saying is that your job is to spread and enlarge knowledge so that our agriculture improves and our lives improve, and that you will therefore be judged, in Tanzania and elsewhere, by whether you contribute to reaching that goal. Your objectives should not be sacrificed to class lists.

In particular, I suggest that this University should be looking for mature students, not making it difficult for them to enter …. I am not impressed by the argument that mature students rarely get good degrees and sometimes have to be helped to get a pass in the basic sciences, because they do not have the grounding. Give them help in such subjects as mathematics …. It is absurd that it should be more difficult for mature students to enter universities in this country than it is in America or Britain. That only shows lack of self-confidence on the part of the universities themselves. As I have said before, had I not been admitted as a mature student I would never have received a university education.”

On architecture
“We do not want to build slums, but good architecture does not have to be expensive, or grandiose. It can be attractive while still being functional and meeting the circumstances of the people for whom it is being created. Let architects accept the challenge of building for a country which is both poor and ambitious. Staff and student housing, for example, must be designed and built so that its capital and maintenance costs are low. In Tanzania we have a Building Research Unit. Could we not adopt some of their plans and techniques for low-cost housing, rather than just thinking in terms of unique (and generally European-based) designs for hostels, flats and so on? … The simplest and cheapest student and staff housing on this campus will have many advantages over the desperate search for suitable accommodation outside, which also involves transport and other problems.”

On bureaucracy and democracy
“I ask that the administration of this University should be simple and cheap. Keep the number of Faculties and Departments to a minimum and the bureaucracy at the lowest possible level. More administrators and what are called ‘supporting staff’ do not necessarily mean letter administration and service; often the reverse is the case, for Parkinson’s Law is valid in Tanzania as well as elsewhere. The administrative and academic structure must be such that individual responsibility for jobs is clear, so that persons can be held accountable for their actions, or lack of them./ And I would add that, while student and staff involvement in the running of the University is necessary, democracy must not be carried to the lengths where it becomes an enemy of efficiency. This is an educational institution, not a representative body, and people must be required to work at their jobs, not to spend all their time on committees. Nor should we be selecting teachers and administrators on the basis of their popularity, rather than their competence in their work.”

TANZANIA’S WATER SUPPLIES

In 1971 Tanzania declared its intention to supply the entire population with clean piped water within a walking distance of 400 metres by 1991. During the first decade of the programme it is estimated that 7.7 million people received piped water for the first time and that some 45% of the population of 19.4 million now enjoys access to clean water. But only 38% of rural dwellers are served, compared with 80% of those in urban areas. Thus Tanzania still has a long way to go.

Dr. Allen Armstrong of the University of Dar es Salaam Department of Geography has been writing in the Daily News about some interesting recent developments as follows:

“The completion of regional water master plans during 1983, covering 17 of its 20 Regions over a 12 year period, represents a major advance towards its target. The plans now provide authorities with basic information previously lacking – a comprehensive water resources inventory, an appraisal of demand and socio-economic issues surrounding water issues and concrete proposals for water supply schemes in a regional, and frequently in a village, context.

The plans, representing a major investment in obtaining water-related knowledge, have been undertaken by eight international consulting firms financed by nine different overseas donors.

Two major lessons have been learned in the process of producing the regional master plans. The first is the need for designing the simplest technologically appropriate solution, stressing ease of construction and operation, low costs and which obviate the need for imported skills and equipment. Early water schemes and development projects in many other fields have failed because they failed to respect these basic criteria.

As a result of experience, recent master plans have suggested an appropriate technological mix, obviously dependent on local conditions, would be 15% gravity water supplies, 20%, surface water pumped, 15% boreholes, 50% shallow wells.

Recent plans have also carried socio-economic studies as an integral component, recognising that community participation is a vital element in installing and, even more so, in operating and maintaining them …. Indeed, the very nature of water supplies implies that it is almost impossible for a centralised official body to construct and run schemes throughout the country and is, therefore, most effectively handled at local level …

Despite clearly defined targets, generous foreign aid and competent technical documents, (Tanzania) is experiencing many problems, which typically and increasingly beset basic needs strategies. In line with the country’s other faltering development programmes, it is beginning to realise that a wide gap remains to be bridged between successful planning and effective implementation.

Allen Armstrong

WHO’S WHO AT THE TANZANIA HIGH COMMISSION

His Excellency Anthony B. Nyakyi – Head of Mission
Ndugu A. V. Magere – First Counsellor and Head of Chancery
Ndugu C.N.B. Mwakang’ata – Counsellor (Political) and Information
Ndugu J. Lugandu – Counsellor (Protocol)
Col. Ndugu B.N. Msuya – Defence Adviser
Ndugu G. Mkocha – Counsellor (Trade)
Ndugu B.T.M. Nyanduga – First Secretary (Economic and Legal)
Ndugu J. Ameir – First Secretary (Consular)
Mrs. S. Nyanduga – Third Secretary (Political) and Information
Ndugu B. Rweyendera – Administrative Attache
Ndugu F. Lweshabura – Financial Attache

Ndugu M.K. Nathani – Tourist Representative
Ndugu E.E. Khilamile – Assistant Tourist Representative

RESUMPTION OF RAIL TRAFFIC

The November 1984 issue of ‘Railway Gazette International’ reports that at a meeting in Nairobi in October the chief executives of the Kenya Railways and Tanzania Railways Corporation signed an agreement covering the resumption of rail traffic between them. Both form part of the metre gauge system, which formerly comprised, with Uganda, East African Railways. The Tanzania Railways Corporation general manager, Tom Mmari, announced that repairs of the 32km. section across the frontier between Kahe and Taveta stations had already been completed and through freight traffic was expected to begin almost immediately. A passenger service would be resumed when sufficient coaching stock became available.

On Lake Victoria, the train ferries ‘Victoria’ and ‘Umoja’ would start to ply between Mwanza in Tanzania and Kisumu in Kenya as soon as repairs had been completed. It is ten years since the break-up of the East African Railways system. In due course, the railways may be able to benefit from an exchange of staff for training and other purposes. The Railway Gazette also reports that, following a visit by Transport Minister John Malecela to Bruxelles, the Tanzania Railways Corporation is to receive shs.15 million worth of wagons from Belgian manufacturers. Following the recent completion of a study by Pakistan Railways into the proposed Musoma – Arusha line, the Government is to investigate sources of funding for the scheme.

P.H. White

THE MACHINE AGE
Construction of phase 1 of the Kilimanjaro Machine Tools Manufacturing Company has been completed and production has started. It will manufacture machinery and machinery spares that will be used for both metal and wood working activities in agriculture and industry. – Shihata