Overview
Icelands economy is basically capitalistic, yet mirrors other Scandinavian countries with regard to an extensive welfare system, low unemployment, and an even distribution of income. The service sector dominates the regional economy, with 77% of the work force. Unemployment is low, around 2-3% in the Reykjavík area. Construction is an important industry in the rapidly growing capital area, while manufacturing largely centers on food production and light industry, along with high-technology fields. According to 1999 figures, the Reykjavík labor force as a whole is divided between manufacturing (12.9%), fishing and fish processing (11.8%), construction (10.7%), other services (59.5%), and agriculture (5.1%). Sheep and maritime products have been the lifeblood of Icelanders for over 1000 years, and the fisheries sector is still the single most important part of the Icelandic economy. Almost 60% of all Icelandic exports are made up of seafood products. However, the Icelandic economy has greatly diversified in the past 50 years. Other industries include the sale of minerals such as aluminum, ferro-silicon, cement and nitrates. Reykjavík has traditionally been attractive to foreign investors because of low unemployment rate, a highly educated work force and low energy costs.
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The "new economy" of Iceland, and especially Reykjavík, features biotechnology, software production, tourism and other service industries of the 21st century. |
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| Tourism is
Reykjavíks most important source of foreign
revenue after fishing and has been targeted by the
government as a source of growth, especially recent
trends in eco-tourism and whale watching.The aim is to
increase the number of visitors to the city by 8% so that
overall income from tourism will amount to 710 million
dollars by the year 2005. More people annually visit
Iceland than the entire population of Iceland. Gardabaer, a city just south of Reykjavik is emerging as a potential Silicon Valley for Iceland. Discussions began in late October of 2000 to build a special industrial park for hi-tech companies in Gardabaer. The aim of the planned industrial park is to bring together all the software firms that are scattered around Gardabaer in to one area. If talks about renting a 420m2 plot of land are successful, the next move will be to approach town authorities about further development. Reflecting Reykjavik modern economy and decreasing reliance upon agriculture, tractors are no longer allowed to roam free on busy highways during certain times of the day. |
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| Harbor
Activities The Port of Reykjavík's participation in the cruise business has grown steadily throughout the 1990s. In 1995, 51 cruise ships called at Reykjavík between early June and late September, carrying more than 21,000 passengers. Figures for 1996 are about the same. A new trend in recent years has been for some cruise operators to use Reykjavik as a turnaround port rather than a simple call. As Iceland's biggest port, Reykjavík is a natural choice of call for cruise vessels. Since the cruise business took off in the late 1980s the City of Reykjavik and its port authority have made continuous improvements to berthing and passenger reception facilities in order to ensure that all visitors are given a "red carpet" welcome. Close co-operation with cruise operators has led to new ideas for itineraries using Reykjavík as a starting and finishing point. About half a dozen cruise ships changed passengers in Reykjavík during 1996, generating welcome business for local cruise agents, hotels and airports.
Reykjavik has maintained close connections with the geothermal heat and hot springs abundant within the region. Vikings used the natural hot springs to bathe in and todays population both profits and utilizes this resource. Reykjavik Energy, an independent utility owned by the city, is responsible for distributing geothermal water, electricity and drinking water to residents of the region. Geothermal water was first used for heating houses in Reykjavik in 1930. At that time the majority of houses were heated with coal fires, casting a gray grime upon the city. By 1970, nearly all houses in Reykjavik were receiving electricity and hot water for heating and washing, and sales began to nearby municipalities. Today, 99.9% of homes within the Reykjavik municipal region obtain hot water from geothermal energy. Armed with these abundant and clean natural resources, Reykjavik (and Iceland) has the potential to become an oil-free society. Plans are underway to use renewable hydroelectric power to produce hydrogen fuel cells which will supply vehicles and eventually the fishing fleet. The Reykjavik Municipal Bus Service is looking into converting its vehicles using electric motors, driven by hydrogen fuel cells. Other uses for geothermally heated water include pipes laid under pavements and parking lots to keep snow at bay and the creation of a summer swimming resort by pumping hot water into the ocean at Nauthólsvík on the citys south coast.
Figure 1 illustrates the progression Iceland has followed with regard to primary energy consumption. At the turn of the century coal was the primary energy component, by 1999 energy consumption was a mix of geothermal (primary source), hydro-power, and oil. The blue dots in figure 2 represent unharnessed hydro-power sites. Green dots indicate hydro-power sites currently in use, while dot size corresponds to the amount of GWhts. More information regarding geothermal energy and distribution in Iceland and Reykjavik can be found here. |
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