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Chapter 38: TRANSPORT DEVELOPMENT

DRAFT March 1996



I. Basic Features of the Sector
A. Road Transport
B. Railways
C. Maritime Transport
D. Air Transport

II. Policies of the Sector
A. Roads
B. Maritime Transport
C. Air Transport

III. Description of the Principal Issues and Constraints Facing the Sector
A. Issues
B. Constraints

IV. Sectoral Objectives
A. Road Transport
B. Maritime Transport
C. Air Transport

V. Policies for Achieving Stated Objectives
A. Road Transport
B. Maritime Transport
C. Air Transport

VI. Recommended Legislative Changes
A. Road Transport
B. Maritime Transport
C. Air Transport

VII. Preliminary Investment Programme
A. Roads
B. Maritime Transport
C. Air Transport

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I. Basic Features of the Sector

The transport sector consists of a totality of physical facilities, terminals, fleets and ancillary equipment of all the various modes of transport operating in Guyana. Included in the sector are the transport services, transport agencies providing the services, the organisations and people who plan, build, maintain, and operate the system, and the policies that mould its development.

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A. Road Transport


1. The Road Network

Historically, road transportation was essential to link the sugar plantations with each other on the coastal plains close to the Atlantic Ocean and to the capital city of Georgetown and to New Amsterdam. The sugar produced on the plantations was transported along these main roads to Georgetown for export, and imported food items and capital goods reached these scattered plantation settlements via these same roads.

Today, these coastal roads and other found along the river banks of the major rivers constitute the principal road network radiating from Georgetown to Crabwood Creek in East Berbice and Charity on the Essequibo Coast. Additionally, the Soesdyke/Linden Highway links Georgetown with the bauxite mining town of Linden. Settlements are strung along both sides of the road, which facilitate internal trade among communities and speedier communications.

With the development of the proposed road to the interior, linking Georgetown with Lethem, the population of the overcrowded coastal area will have the option of settling in the hinterland. Likewise, since overland transportation is cheaper than air freight, food and manufactured items will reach interior residents at lower prices. Also, agricultural commodities from the interior will reach and compete in the coastal market.

Road transportation had played a crucial role on the early development of this country. It continues to chart an integral part in the development process. For the foreseeable future, road transportation will still have to be relied on as a basic factor for promoting and sustaining economic and social development.

The main roads or primary roads comprise approximately 88 percent of the paved main roads or 13 percent of the paved roads network in Guyana. Main roads facilitate movement of goods, services, and passenger traffic, accounting for more than 90 percent of all transportation, compared with other modes of transportation, including sea, air, and other land base road network.

The Timehri/Georgetown/Rosignol roads, when completed, will facilitate more efficient road communication from and to the western part of Guyana to Georgetown and the main airport located at Timehri. In the Georgetown/Timehri stretch, a rehabilitation project of 30 miles has started. The other two lots, namely the Georgetown/Mahaica (25 miles) and the Mahaica/Rosignol (40 miles), are projected to commence before the end of this year.

The Corentyne Highway and West Demerara/East Bank Essequibo Highway are currently undergoing maintenance works. The Essequibo Road between Supenaam and Charity, which was undergoing rehabilitation works, was brought to an end due to the termination of the contract. This road will be re-advertised in two lots and works should start in six months.

The Soesdyke/Linden Highway will benefit from a CDB loan that targets mainly some bridges along this roadway for rehabilitation. This project should come on stream shortly.

With the completion of these projects the main roadways will be completely refurbished and should last another twenty years with the implementation of routine scheduled maintenance.

In total, the present main road network is approximately 1,610 miles long, comprising:

a. Primary roads: 19 percent in the coastal and riverain areas serving the agricultural sector, and the road to Linden serving the mining and forestry sectors.

b. Feeder roads: 20 percent linking the agricultural areas along the coast to the primary road network.

c. Interior roads and trails that make up 61 percent of the network and serve the interior.

The main road in Guyana is 270 miles long and runs parallel to the shoreline. It extends from Charity in the North to Crabwood Creek in the South. The Essequibo, Demerara and Berbice rivers punctuate this road. Ferries provide links across these rivers. The Demerara river, however, is spanned by a "unifloat bridge," 1.2 miles long, in addition to the ferry linkage. This pontoon bridge was constructed as a temporary structure 18 years ago.

Access roads or feeder roads link the main roads with residential areas or agricultural areas that are some distance off the main road. Most access roads are in poor condition. Through the Ministry of Public Works, SIMAP, Futures Fund and the Basic Needs Trust Fund, the Central Government has targeted several access roads for complete rehabilitation. In Region 4 in particular, many access roads have been rehabilitated. Recently the Buxton access road, Ogle airport road, and industry access road have been rehabilitated. Many other access roads are identified to be rehabilitated within the next three periods.

Outside the existing main roads there are several other interior roads and/or trails which comprise approximately 1,570 miles. Most of those roads are unpaved allowing for rapid deterioration.

These roads/trails are found mostly in the hinterlands and riverain areas that are not densely populated compared with the coast land. Important mining and forestry activities, however, are linked by these roads/trails that facilitate communication between mining and forestry communities and the more developed coastal areas. This roads/trails network provides one option as communication link with the hinterland and interior communities.

Some new roads have been planned that include roads/trails being upgraded to the level of main roads. Below is a list of some of these projects:

1. Crabwood Creek/Orealla

2. Parika/Makouria

3. Sheriff Street/Timehri

4. Patentia/Kamudi

5. Kwakwani/Ituni

6. Cowfalls/Wanatoba Falls

It is estimated that roads carry close to 80 percent of the passenger traffic and about 33 percent of the freight. Table 38-2 shows that, in addition to private cars, 2,843 hire cars and 4,068 buses provide road passenger transport. Freight transport is provided by 2,432 trucks and 3,241 tractor/trailers.

Table 38-1

Guyana's Road Network (km)

by Road Classification, Surface Type, and Condition

Paved Unpaved Total
Good Fair Poor Sum Good Fair Poor Sum Km %
Primary
Coastal area

minor roads

- 42 24 6 - 24 424 448 514 20
Interior roads/trails - 21 - 21 282 438 829 1,549 1,570 61
TOTAL 152 248 122 522 282 462 1,310 2,054 2,576 100
Percent 6 9 5 20 11 18 51 80 100

Source: World Bank IRP staff appraisal report, mission estimates.

Table 38-2

Vehicle Fleet, 1989-1993

Vehicle Type 1989 1990 1991 1992 1993
Private cars 15,868 14,733 14,951 16,416 17,795
Hire cars 2,738 2,446 2,256 2,686 2,843
Buses 1,920 2,325 1,937 2,076 4,068
Lorries 1,270 1,623 1,543 1,859 2,432
Station wagons 1,120 2,070 1,857 2,061 2,224
Construction vehicles 110 9 86 109 218
Hearses 11 9 21 24 25
Ambulances 15 13 9 12 12
Fire Dept. cars 10 7 8 14 24
Tank wagons 18 12 16 20 20
Motorcycles 4,990 4,284 4,774 5,440 6,695
Vans, pick-ups 1,525 1,944 1,984 2,135 2,543
Trailers 1,150 991 931 1,369 1,795
Articulated vehicles 59 11 32 38 45
Tractors 2,250 2,112 2,303 2,815 3,241
TOTAL 33,054 32,589 32,708 37,074

43,980

Table 38-3

Transport and Harbours Department Traffic

1990 - 1994

Service Passengers '000 Freight '000 tons Vehicles '000
1990 1991 1992 1993 1994 1990 1991 1992 1993 1994 1990 1991 1992 1993 1994
Berbice Ferry 1,161 1,033 1,306 1,412 1,635 69 97 95 110 92 130 141 136 158 140
Demerara Ferry 2,032 953 953 835 997 12 2 1 2 1 - - 2 - -
Parika/Leguan 100 89 89 142 112 3 3 3 2 2 5 4 .80 5 4
Parika/Bartica 32 60 49 47 38 3 4 6 6 17 .70 1 1 1
Parika/Adventure 164 107 94 122 150 16 13 14 16 3 9 6 8 13 12
Berbice River 4 10 9 11 11 1 1 2 3 2 - - - - -
North West District 6 6 6 6 6 4 4 6 5 4 0 0 0 0 0

2. Rehabilitation

Total neglect of the main road network during the past two decades led to deterioration of most of these roads. The collapse of the road infrastructure has made it imperative that a major rehabilitation programme be undertaken. With the assistance of donors agencies, namely IDA, CDB, and IDB in particular, funding has been secured to rehabilitate several major roads.

The construction of the Supenaam to Charity road commenced in 1994 and was due to be completed and handed over in January 1996. The Brazilian firm Paranapanema won the US$9.6 million road contract. Initially, this contracting firm experienced significant scheduled time overruns. Its physical work backlog accumulated to a point where completing the project within its scheduled time was simply not possible for the firm. Additionally, the supervising contractor filed several complaints against the standard and quality of the work done on the road. As a consequence of the several negative factors mentioned above, the Ministry of Public Works, Communications, and Regional Development canceled the contact.

This project will be re-advertised in two lots. Despite expediting the contract, the residents on the Essequibo Coast must wait a little longer to benefit from a rehabilitated metal surface main road.

The Timehri/Georgetown road construction was awarded to Elias/H.H. International. Work is in progress on this road. The other two lots, the Georgetown/Mahaica and the Mahaica/Rosignol road, will be awarded before the end of this year. The rehabilitation of the Timehri/Georgetown/ Rosignol roads will boost the efficiency of road transportation in Regions 4 and 5.

All these major road contracts have been awarded to expatriate engineering firms. Domestic capability to undertake road rehabilitation is seriously inadequate. Local contractors will need to pool their resources and bid as a syndicate that will enable them to compete effectively. Also, they should boost their machinery and equipment stock and increase the skill level of the work force resources.

Road building materials are expensive. Quarry material, although mined locally, is as expensive as imported stones. The two local suppliers operate in a monopoly market, which allows them to maintain high prices for the materials. With the recent opening of a third quarry and leasing out of other quarry sites, the monopoly position of the two domestic suppliers of quarry products should be broken and the exorbitant price level for these products should decrease.

3. Maintenance

Road maintenance is very important to preserve and prolong the life of road infrastructure. Maintenance had been neglected in the past and the repetition of this situation should not be tolerated now nor in the future.

The West Demerara/East Bank Essequibo Highway and the Corentyne Highway are currently undergoing maintenance. The two-year maintenance programme for the West Demerara Highway should be completed at the end of this year.

The maintenance programmes for the Georgetown/Timehri and Mahaica Roads were recently completed. Currently, the Black Bush Feeder Road is undergoing maintenance. After the maintenance programme has been completed, a rigorous road maintenance schedule should be worked out and implemented.

Keys to improving maintenance in the future will include greater cost recovery, greater budgetary allocations for maintenance, and contracting out the maintenance work. To maintain the road network at an acceptable level, sufficient financial resources should be set aside for road repairs. Currently, the Central Government collects revenue from road users as tolls, fuel taxes, and road licences. These funds go into the Government's general revenue. On the other hand, the funds for maintenance are transferred through the PSIP of the Ministry of Public Works, Communications, and Regional Development. However, the collection of revenue from roads users has been greater than the amount transferred for road maintenance, and in the future the set-asides for this purpose will be increased.

4. Hinterland Road

There is an urgent need to construct a road passing through the hinterland to link Lethem with Georgetown. The long and short term advantages of this road from an economic, strategic and security viewpoint are obvious. However, several attempts had been made in the past without the project being successfully completed.

The Brazilian and Guyana governments in 1989 agreed to construct this road, with the Brazilian government providing US$30 million. A distance of 210 kilometers (between Lethem and Kurupukari) has been completed at a cost of US$16 million, and 136 kilometers are still pending completion. Bringing this project to conclusion is a basic element of this National Development Strategy.

5. Regulatory Framework

The regulatory functions of the Road Administration Division (RAD) of the Ministry of Public Works, Communications, and Regional Development, are not being enforced. The RAD has responsibility to set fare structures for public transportation. With the influx of minibuses, there has been a tendency by the RAD not to intervene in the setting of fare structure, but to allow market forces of supply and demand to set the fare structure. The Consumer Protection Division of the Ministry of Trade, Tourism, and Industry may be replacing the RAD in interacting with the minibus association to determine fare structure for public transport.

6. Demerara Harbour Bridge

The Demerara Harbour Bridge (DHB) was constructed and opened to vehicular and passenger traffic in 1978. It provides an important link across the Demerara River, connecting Georgetown to the West Demerara. It also supplements the passenger ferry service operated by the Transport and Harbours Department (T&HD) between Vreed-en-Hoop on the West Demerara and Georgetown. About twenty registered water taxis provide passenger transport between Georgetown and Vreed-en-Hoop in direct completion with the T&HD service.

The useful life of the DHB was projected to run for fifteen years. By 1993 the useful life of the bridge expired. Despite regular and routine maintenance, the present condition of the bridge is far from conforming to the required safety standards. The bridge has collapsed several times and occasionally for prolonged periods, during which the economic and social activities on both sides of the Demerara River grind to a halt. Agricultural commodities, such as rice, sugar, alcohol, ground provisions, dairy products, and beef cattle, cannot be transported to Georgetown from the West Demerara end. Similarly, construction materials, imported food items, chemicals, fertilisers and machinery and equipment, destined for West Demerara, are unduly delayed in Georgetown. The continued and efficient operation of a bridge across the Demerara river are very vital to stimulate rice growth and development in the West Demerara area.

The Government of Guyana, under the Lomé IV EEC/ACP agreement received US$8.6 million grant to finance the rehabilitation of the DHB. The project will replace pontoons and flotation units that should add another ten years of life to the existing structure. The project commenced in October 1995 and it is projected to be completed in approximately eighteen months.

Over time, however, constructing a permanent bridge structure across the Demerara River is necessary. Such a bridge will be expensive but it will also have a useful life of at least a period of 150 years. The Government is cash strapped to financed the construction of such a bridge and, therefore will seek collaboration from the private sector, with external engineering firms and financing agencies, in sponsoring the long-term bridge project.

7. Bridging the Berbice River

There has been public discussion with respect to bridging the Berbice River, linking New Amsterdam and East Berbice with Regions 4 and 5 and, via the Demerara River, with Region 3, also. The ferry and pontoon services plying between New Amsterdam and Rosignol are inadequate to move the increasing passenger and cargo traffic between these two points.

This project has widespread support among the Berbicians, and the Berbice Chamber of Commerce and Development Association has been lobbying for it. It has also been in the agenda of the Guyana/India Joint Commission, and the Government of India, through Guyana's Foreign Affairs Ministry, has shown interest in undertaking the feasibility study for this project.

The Berbice River bridge will be of special importance when the Guyana/Surinam Ferry Service becomes operational in the next two years. This Strategy places high priority on the construction of this bridge.

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B. Railways


Commercial railway service was operated by T&HD until 1974 in Guyana. The two areas of operation were Vreed-en-Hoop/Parika (18.5 miles) and Georgetown/Rosignol (65 miles). Railway service facilitated the movement of passengers and cargo. With the upgrading of the West Demerara/ East Bank Essequibo and the East Demerara/West Berbice roadway, the Government decided in mid 1970s to cease operating the T&HD railway services.

Railway service is still in operation in Linden, mainly to move bauxite ore. In the Matthews Ridge area there is a 32-mile railway service. Formerly, the railway was used to move passenger and ore by the Manganese Company that operated there.

GUYSUCO also has railway service in the Lusignan and Blairmont sugar estates to facilitate the movement of its employees.

As a mode of transportation, railways could play an important role in the future development of Guyana. In the hinterland and interior areas, the possibility of establishing railways could be an option. It could facilitate the mining and forestry sector activities, and connect the interior with the coastal area. Detailed studies of the rail option will be carried out for selected routes.

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C. Maritime Transport


The infrastructure that supports water transport in Guyana is lined along the banks of the navigable rivers, namely, the Essequibo, Demerara, and Berbice wharves.

Besides the wharves and stellings that provide coastal and inland linkages, there are facilities that handle the country's overseas shipping requirements and some coastal linkages as well. The main port of Georgetown, located at the mouth of the Demerara river, comprises several wharves, most of which are privately owned. Three berths are available for oceangoing vessels at Linden. At the aluminum plant there is a concrete wharf while the bauxite plant has a calcined wharf and a metal grade wharf. Linden drying and processing equipment are sited at Everton on the Berbice River for the production of three grades of bauxite: calcined, metal, and chemical grades.

Draught constraints limit the size of vessels using Georgetown's Harbour to no more than 25,000 dwt. Recent improvements in the deepwater channel in the Berbice River have made it possible for ships of up to 45,000 dwt to dock there. Guyana's foreign trade is handled by foreign shipping companies. The largest bulk exports are bauxite and sugar, and the largest imports are

petroleum and wheat flour. Important breakbulk exports include rice and timber. Containers are used but are not part of the internal transport system, so they are loaded and unloaded at the ports.

Internal barge transport is important for bauxite, sugar, rice and aggregates. In the case of sugar, for example, 98 percent of the sugar exports is delivered by barge to the port of Georgetown for export. Rivers are used for moving logs and account for a significant share of passengers traveling to the interior. It is estimated that about 1,000 km of waterways are important for commerce. In addition, drainage canals are used for collecting sugar on the estates and for personal travel.

Ferry services link the primary roads in the coastal area, and Guyana with Suriname. The Government's Transport and Harbours Department provide scheduled ferry services in the Essequibo, Demerara, and Berbice rivers. Small privately-owned river rafts supplement these services.

Table 38-4

Transport and Harbours Department Fleet of Vessels

1994

Name of Vessel Service Age

(Yrs.)

Type Capacity Trucks
Passenger Car
MV Makouria G/town/V.Hoop 36 Pass/vehicle 1200 30 15
MV Malali Parika/Adventure 34 1200 30 15
MV Torani Rosignol/

New Amsterdam

35 1200 30 15
MV Lukanani Stanleytown/Ituni 81 Passenger Coastal 390

River 682

7 -
MV Kimbia G/town/North West

District

74 Pass/Cargo 200
MV Lady North Cote Relief vessel 58 Coastal 390

River 682

MV Barima Parika/Bartica 56 Coastal 390

River 682

MV Marudi Cargo

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D. Air Transport


Air transport plays a vital role in the development of Guyana. Within the country, it provides a link between the coastal areas and communities in the hinterland, many of which are inaccessible by any other means of transportation. Thus the economic and social well being of these areas and their integration into the fabric of the nation are critically dependent on the availability of air transport. Externally, passengers are moved to and from the country almost entirely by air, and the potential of this mode of transport for the carriage of cargo, especially exports, continues to increase.

Although air transport in Guyana had its early beginnings in the 1920s when the first "bush" services were introduced, Government's earnest participation can be dated from 1947 when a Director of Civil Aviation was appointed to regulate the industry.

In 1955, the Government purchased the British Guiana Airways, a private airline that had been operating regular internal services since 1939. External services continued to be supplied almost exclusively by foreign airlines until very recently.

In 1972 the Guyana Airways Corporation initiated a cargo service to Miami but its real entry into international passenger operations can be dated to 1979 when it commenced scheduled regional services with two HS748 aircraft. Subsequently, restrictions on the repatriation of profits in foreign exchange and other circumstances contributed to the withdrawal of services to Guyana by foreign airlines, and Guyana Airways Corporation was obliged to fill the breach as best as it could.

By 1980 Guyana Airways Corporation's domestic operations started to deteriorate for a number of reasons, not least among them the unrealistically low fares charged and the lack of access to foreign exchange for imported parts and other inputs. At the same time military aviation, which had been used to supplement the efforts of Guyana Airways Corporation, also suffered a deterioration for the same reason that the foreign exchange was scarce. After 1980 the private sector began to fill the gap and by 1991 three major domestic charter operators had emerged. Guyana Airways Corporation's domestic service continued to go downhill and hit bottom in 1993 when it started the year with only one Twin Otter DHC-6 to service the entire country. Under new management it has been revitalised and has seen a partial return to its original domestic role with the addition of two Skyvan SC7 aircraft and a reintroduction of several domestic scheduled routes.

At present, there are 150 airfields in use across the country (see Map 38-1.) Ogle, one of the main secondary aerodromes, is located about 6 miles east of Georgetown. It is the base from which small private aircraft operate chartered flights from the coastland to the hinterland. Of the hinterland aerodromes Lethem is rated the best. It can accommodate DC6 aircraft.

Guyana has one international airport that is located at Timehri, about 20 miles south of Georgetown and can receive aircraft of the size of a Boeing 707.

Map 38-1

The existing system of navigational aids comprises the following components:

Timehri -- (a) One very high frequency omni-directional radio range (VOR) with distance measuring equipment (DME).

(b) An instrument landing system (ILS) with outer locator.

(c) A very high frequency direction finder (VHF/DF).

(d) A dual approach visual approach slope indicator system (VASIS).

(e) A non-directional beacon (NDB).

Hinterland -- Three non-directional beacons.

Timehri Airport is in a badly deteriorated state. A reflection of its condition is found in the fact that the US Federal Aviation Administration (FAA) has consistently denied applications of US airlines to fly into Timehri, on grounds that it is unsafe. Nevertheless, the problems have been recognised, some of them have been corrected, and efforts are underway to solve most of the others. An up-to-date summary of the situation at Timehri is as follows, as of January, 1996:

  1. Crash Fire Rescue Services. The airport is classified as Category 4, which means that emergency service could be provided only for aircraft of the size of a Dash-8 or smaller. However, the Fire Service is in the process of acquiring two new foam tenders; they have been paid for and will arrive this year. This will upgrade the airport to Category 7 which meets the requirements of commercial jet airplanes.

  2. Security. Better fencing is needed as the facilities have been vandalised frequently. Approximately 50 percent of the required fencing is being funded under the Cariforum Project and will come on stream this year.

  3. Maintenance of Telecommunications and Navigational Aids. Maintenance of these facilities has improved and preventive maintenance practices have been instituted, following the recommendations of a CIDA consultant.

  4. The Air Traffic Control Tower. The tower is in dilapidated shape and urgently needs rehabilitation. The air traffic control system will benefit from both the Public Administration Project and the Cariforum Project. The former will provide new networks of the types VHF-DF, PAPI and PC, for the information management system. The Cariforum Project will provide a new voice switch system along with new consoles. In addition the extended range VHF equipment will be replaced, a new AFTN and automated weather displays will be part of the project. To date tenders have been received and evaluated for these purposes, and recommendations have been made to the EEC for the awarding of the contract, which should have occurred by the end of February, 1996.

  5. Instrument Landing System. Early in 1996 repairs were made to the ILS Localiser and Glide Path and further repairs are scheduled for later in the year. The DME is operational and meets all requirements.

  6. Airport Management. Airport management continues to suffer from insufficient and inadequately trained staff, especially in the areas of financial management, revenue generation, the planning of maintenance, and the procurement of spares and equipment.

  7. High Frequency Communications. The HF transmitters were repaired subsequent to damage from a lightning strike but were not restored to service owing to defective remote control cables. This facility is being replaced by a stand-alone 100-watt transceiver.

  8. Navigation Beacon (VOR/DME). The VOR is now operational. The DME is now under repairs to restore the #2 transponder to service. The oscilloscope for the test unit was replaced. There has been no vandalism of this site for more than a year.

  9. ILS Outer Locator. Operations at this beacon have improved. The reliability has risen to about 85 percent, and the beacon is serviced on a regular maintenance schedule. It is planned to reduce dependence on the beacon by the introduction of an ILS/DME approach system, which means instrument landing would be feasible without the use of the outer locator.

  10. Non-Directional Beacon. This equipment, although old, is being maintained to a very high standard.

  11. Meteorological Services. These services still suffer from deficiencies that need to be corrected.

  12. Telecommunications and Navigation Power System. The VOR generator is operational except that it does not self-start. Measures are in place to start the generator as it becomes necessary. Work is in progress to repair the damaged underground cable which feeds the VOR, DME and Glide Path. However, there are UPS at the sites to interface with the primary power.

  13. Cargo Facilities. Two cargo operators, Laparkan and Amerijet, have covered storage facilities at the airport. There still are no refrigeration facilities but both operators have plans for installing containers in the near future.

The Civil Aviation Department of the Ministry of Public Works, Communications and Regional Development is responsible for:

- Regulations for air transport/civil aviation.

- Licensing of aerodromes, airstrips, pilots and aviation related facilities.

- Regulation, operation, and maintenance of the air navigation system and air traffic services.

- Aviation security.

- Airworthiness and accident investigation.

- Search and rescue.

The Air Transport Advisory Board is responsible for advising the Minister of Public Works on approval for scheduled flight operations, rates, fares, and tariffs.

Air transport is provided by the following public and private operators:

- Guyana Airways Corporation (government-owned)(1), domestic and international flights.

- Guyana Defence Force, mercy and limited commercial flights.

- General aviation (privately owned), domestic and international flights.

- Foreign airlines: BWIA, SLM, LIAT, Carib Express, American Trans Air, Laparkan (cargo only), Amerijet, FDD (freight), Express (charters).

Related and support services include:

- Air meteorological service provided by the Hydrometeorological Department of the Ministry of Agriculture.

- Crash, fire, and rescue services provided by the Ministry of Home Affairs.

- Passenger and cargo handling services (Guyana Airways).

- Passengers' processing services provided by Immigration, Customs, Health and Quarantine Authorities.

- Pilot training (Guyana School of Aviation).

- Maintenance organisation (Caribbean Helicopters).

Guyana is a member of the International Civil Aviation Organisation (ICAO), which establishes standards for airports and navigational services.

Table 38-5

Fleet of Aircraft in Guyana for Domestic Services

1995

Operators Serviceable Passenger Total payload (lbs.)
GAC 2 Skyvans

1 Twin Otter

34 6,340
Air Services Ltd. 2 BN 2A Islander

1 Piper Seneca

3 Cessna 206

1 Cessna 182

1 Cessna 172

18

5

5

3

3

3,050

1,000

1,050

1,800

1,000

Trans Guyana Airways 1 Shorts Skyvan

3 BN 2A Islander

1 Cessna 206 G

1 Cessna 185 F

1 Cessna 172 M

17

27

5

3

3

3,170

4,575

1,050

550

1,000

Guyana Defence Force 1 BN 2A Islander 9 1,525
GUYSUCO 1 Cessna 402

1 Cessna 185

2

3

1,200

900

Kayman Sankar Aviation Ltd. 2BN 2A Islander

1 Cessna 206 G

1 Cessna 172 M

18

5

3

3,050

1,050

100

Air Link 1 Cessna 206 G 5 1,050
Rali Aviation 1 A 185 F 3 550
Nova 1 Cessna 206 G 5 1,050
Willems Timber & Trading 1 Cessna 206 G 5 1,050
Ampa Investment 1 Cessna 210 5 1,050

Table 38-5 shows the fleet of aircraft responsible for the movement of air traffic in Guyana. GAC is the main entity responsible for the movement of domestic traffic between the coast and the hinterland. It provides scheduled and chartered domestic services to fifteen airstrips in the hinterland. Regions 1, 7, 8, and 9 utilise three aircraft with combined capacity of 53 passengers. Private commercial operators provide charter services to many hinterland locations, some of which GAC does not serve. The Guyana Defence Force also operates primarily for the Army affairs, but sometimes diverts flights to transport freight and civilian passengers.

Table 38-6 shows domestic traffic moved by GAC during the period 1989-1993.

Table 38-6

GAC Domestic Passenger and Freight

Traffic by Region

1989 - 1993

Route Number of passengers Freight (kilos)
1989 1990 1991 1992 1993 1989 1990 1991 1992 1993
Region 1 2,253 2,021 2,807 4,316 4,964 10,000 6,000 4,046 25,808 115,197
Region 7 527 552 730 703 3,484 161,000 374,000 773,254 705,239 9,827
Region 8 901 669 275 529 3,125 190,000 153,000 125,662 168,751 252,153
Region 9 5,458 2,741 2,790 4,570 5,087 562,000 306,000 39,947 5,282 45,344
Other 654 23,174

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II. Policies of the Sector

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A. Roads


1. Construction and Maintenance

The reorganisation of the Ministry of Public Works in 1965 led to the establishment of the Roads Division, with a specialised section for construction and maintenance. A deliberate policy towards improvement of the road system developed, and marked progress on the improvement of the coastal road network took place. With the assistance of USAID several roads were constructed or reconstructed, as shown in Table 38-7.

Two new bridges were opened to traffic in 1978, namely, the modern high-level concrete bridge across the Canje River and the floating bridge across the Demerara River. So far Government has taken the sole responsibility for financing construction of roads and bridges, but changes in that policy are proposed in this Strategy.

With the 1996 National Budget, a step was taken toward substantial increases in collection of fees from vehicle ownership and licensing, in recognition of the need for greater funds for road construction and maintenance.

2. Public Transport

Before 1970 transportation of passengers by road was done by private operators of hire cars, taxi, and buses. Private individuals and private companies provided bus services.

In 1970 Guyana Transport Services Ltd. was established. The Government was the majority shareholder and the Amalgamated Transport and General Workers Union was the minority shareholder. Services of the private bus operators were only allowed in the area of Canal No. 1 and 2, the Essequibo coast and islands, and in Georgetown and Linden.

With the acquisition in 1977 of the assets of the Motor Transport Services Limited (a bus company providing services to the Georgetown urban area) and of McKenzie Transport Services, the Guyana Transport Services Ltd. was able to extend its services to all coastal routes, including Linden, with the exception of the Essequibo coast and islands. By 1988 the services were significantly shrunk due to the company's inability to maintain an adequate fleet or rolling stock resulting from the nationwide economic hardship.

The continued poor performance of the bus company prompted the Government to privatise the company. In the meantime, steps were taken to ensure the provision of adequate public transport. Minibuses were introduced in the system in 1982. The policy was to encourage the operation of minibuses to complement the services provided by GTSL. Duty free concession was provided and the capacity limitation was increased from 14 seats to 25 seats and to 45 seats afterwards. The fleet for the transport of road passengers was significantly improved as a result of these policies.

Public transport, however, has an alarming rate of accidents, mainly in the case of minibuses.

Table 38-7

Roads Constructed/Reconstructed

Year of completion Road Length (miles) Surface
1967 Mahaica Mahaicony

Adventure - Anna Regina

10.50

14.00

Asphaltic concrete

Asphaltic concrete & DBST

1968 Mahaicony - Blairmont

Soesdyke/Linden

31.00

37.50

Asphaltic concrete

Asphaltic concrete

1969 Mocha 2.10 DBST
1970 Black Bush Polder 22.0 Sand asphalt
1971 New Amsterdam-

Crabwood Creek

50.0 Sand asphalt
1972 New Amsterdam-Everton

Uitvlugt - Parika

Carifesta Avenue

3.50

9.0

1.0

DBST

Asphaltic concrete

Asphaltic concrete

1973 Blairmont - Ithaca

Cane Grove Branch Road

Burma Road

Main St. New Amsterdam

2.50

6.0

4.50

2.0

DBST

DBST

DBST

Asphaltic concrete

1974 Homestretch Avenue

Young Street & Camp Road

Mahaicony Branch Road

100.0

0.50

5.50

Asphaltic concrete

Asphaltic concrete

DBST

1975 Parika Hubu 5.0 DBST
1976 East Canje

Belu Clay Brick

2.50

2.0

Asphaltic concrete

Asphaltic concrete

1977 West Canje 3.50 DBST
1978 Upper Mazaruni

Vreed-en-Hoop - Patentia

Vreed-en-Hoop - Stewartville

Canal No. 2

88.0

8.80

11.10

7.0

Laterite

Asphaltic concrete

Asphaltic concrete

Asphaltic concrete

1979 Canal No. 1

East Coast Highway

Georgetown roads

Wismar - Mabura

7.0

5.40

0.80

70.0

Asphaltic concrete

Asphaltic concrete

Asphaltic concrete

Laterite

1983 Mon Repos Branch Road

East Bank Berbice

2.0

13.50

Asphaltic concrete

DBST

1991 Lethem - Kurupakari 130.0 Laterite

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B. Maritime Transport


The European markets organised the ports established in British Guiana to facilitate the accessibility to primary products. These ports were Georgetown at the estuary of the Demerara River, and Linden, sixty-five miles up the Demerara River. This historical condition has remained virtually unchanged in contemporary Guyana. Consequently, the limitations have become more pronounced as the need to expand the ports and shipping industry increases.

Over the years, the Central Government has been making capital releases to help in the development of shipping related facilities such as ferry vessels and wharves. Meanwhile, the current revenue of the Transport and Harbours Department meets the current operational costs.

A first attempt at preparing a comprehensive transport plan was made in 1975. A policy recommendation of that plan was to complete "a study of Transport and Harbours organisation operation and services to increase the efficiency of its services and provide the basis for future development and improvement to its fleet, port and stelling and shore equipment." Two phases of that study were completed. Phase 1 recommended a short-term action programme to rehabilitate the existing ferry vessel. Implementation of this programme involved the rehabilitation of and installation of new engines in three vessels (Makouria, Malali, and Torani). Phase 2 involved preliminary design of two new stellings (Goodman Freetown and Supenaam), the conversion into Ro-Ro type technology of five stellings (New Amsterdam, Rosignol, Parika, Leguan, and Wakenaam), and two Ro-Ro type vessels. The final design and tender dossiers for vessels and stellings were not commissioned.

To date, ferry services have received a cross-subsidy financed by other revenues collected by the Transport and Harbours Department.

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C. Air Transport


There is no approved Air Transport Policy or Act for Guyana, and the UK Colonial Air Navigation Order (1961) still administers Guyana's air transport.

The Timehri International Airport Act governs the operations at Timehri International Airport. Currently, air transport and civil aviation matters are examined by the Civil Aviation Department and/or the Air Transport Advisory Board. Recommendations are submitted to the Minister of Public Works, Communication, and Regional Development for action.

A draft national air transport policy and a draft Civil Aviation Bill were prepared two years ago but need to be updated to take into account the policy guidelines in this National Development Strategy.

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III. Description of the Principal Issues and Constraints Facing the Sector

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A. Issues


1. Road Transport

Some major issues in the road transportation subsector are:

  • An insufficient network of major bridges.