THE EUROPEAN RAILWAYS IN THE TEN CONTEXT: FROM PLANNING TO IMPLEMENTATION

Christos Dionelis

School of Rural and Surveying Engineering, National Technical University Athens

logtzel@otenet.gr

John C. Mourmouris

Democritus University of Thrace

jomour@eexi.gr

Maria Giaoutzi

School of Rural and Surveying Engineering, National Technical University Athens

giaoutsi@central.ntua.gr

Abstract

Railway systems consist of a mode with many advantages such as environmentally friendly transport services, rational energy consumption- non-oil based- as well as much spare capacity available.

The European Commission promotes a range of measures to maintain the efficiency and competitiveness of the European transport sector. Their final goal is to change the traffic share of the various transport modes in order to face among others the lack of additional capacity of the road system, the environmental impacts resulting from the over-use of the road systems etc. In this context, the revitalisation of the railway system is of real importance.

The railway system consists of a valuable European asset that may contribute substantially towards the ratification of the entire transport system. Strengthening of the railway sector implies both modernisation of the infrastructure as well as improvement of the efficiency of the operations.

In the framework of the Common Transport Policy – as a result of the Maastricht Treaty- the European Parliament and the Council issued the decision No 1692/96/EC on the guidelines for the development of the Trans-European Network (TEN).

In such a framework the railway system consists of an integral part of the TEN. For the efficient implementation of the rail TEN the Commission is proposing to focus on the construction of the missing links as well as on the upgrading of the rail infrastructure providing great potential for shifting freight transport from roads to railways.

Along these lines there has already been identified a group of railway projects which guarantee the efficient development of infrastructure in critical routes all over the continent. These priorities were agreed during the 1994 Essen European Council, and provide a basis for the EU co-financing of the TEN. The focus of this paper is on the role of the railways in the context of the TEN planning and implementation. More precisely, in chapter one some useful information on the advantages of the railways will be presented. Chapter two will present the development of the European railways, before the establishment of the TEN. Chapter three will present the vision of an integrated European rail network in the context of the TEN. In chapter four, the extension of the railway network in the framework of the revision of the TEN will be presented. Finally in chapter five, conclusions and recommendations will be drawn.

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SUSTAINABILITY DIAGNOSIS OF AN AGROFORESTRY SYSTEM

Alexandra Marta-Costa

Associate Professor; Centre for Transdisciplinary Development Studies (CETRAD); Department of Economy, Sociology and Management (DESG); University of Trás-os-Montes and Alto Douro; Quinta de Prados, 5000-911 Vila Real, Portugal, Tel: (+351) 259302201; Fax: (+351) 259302249; amarta@utad.pt.

Filipa Torres-Manso

Mountain Research Centre (CIMO); Department of Forest Science and Landscape Architecture; University of Trás-os-Montes and Alto Douro; Quinta de Prados, 5000-911 Vila Real, Portugal, ftorres@utad.pt.

Luís Tibério

Centre for Transdisciplinary Development Studies (CETRAD); Department of Economy, Sociology and Management (DESG); University of Trás-os-Montes and Alto Douro; Quinta de Prados, 5000-911 Vila Real, Portugal, mtiberio@utad.pt.

Abstract

Serra de Montemuro Site is a Natura 2000 classified area in northern Portugal, especially for its role in preserving both the landscape, environmental and cultural heritage. Based on the main features of the territory in question, as well as on the agroforestry activities developed therein, this article aims at depicting the main aspects which characterize the (un)sustainability of the afore mentioned activities, namely some of the challenges that a sustainable agroforestry development must be able to meet. The methodological procedures included several complementary processes of information gathering such as: bibliographical research, field research, interviews, participatory meetings and sectoral meetings. Two implications arise from this sustainability diagnosis: 1) the revenue isn’t sufficient to maintain the agroforestry systems; 2) the conservation of this territory is imperative and the agroforestry systems are essential for this purpose.

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MUNICIPAL SOLID WASTE MANAGEMENT OF TOYOHASHI CITY: AN ANALYSIS BY ENVIRONMENTAL KUZNETS CURVE

Nahid Hossain

Graduate School of Environmental and Life Engineering

Toyohashi University of Technology, Japan

Department of Socio-Economic Planning, Toyohashi University of Technology, Hibarigaoka 1-1, Tempaku Cho, Toyohashi City, Aichi, Japan 441-8580, Tel. +81-532-47-0111.

e mail: nahid453@gmail.com

and

Yuzuru Miyata

Graduate School of Architecture and Civil Engineering

Toyohashi University of Technology, Japan

Department of Socio-Economic Planning, Toyohashi University of Technology, Hibarigaoka 1-1, Tempaku Cho, Toyohashi City, Aichi, Japan 441-8580.

Tel. +81-532-47-0111. e mail: miyata@hse.tut.ac.jp

Abstract:

Agglomeration of economic activities and decline in rural population are expanding city size in Japan. Chubu region is developing as a center for manufacturing and seaport related economic activities and Toyohashi, a mid-sized city in the region, is becoming a successful area for manufacturing and trading. As a result, alike other cities of Japan, the city is growing vertically and substantial daily output of waste by city dwellers is creating difficult situation to endorse proper processing technology and space for landfill. Mid-sized cities are facing difficult situation to combat such waste as the trend of generation, composition, and relevant management remain complicated. This paper provides an overview of municipal solid waste situation in Toyohashi city and estimates effectiveness of central and local level initiatives to manage the dilemma. The results of the study show that from 1980 to 2005, increase in municipal solid wastes generation can be explained by the growth in per capita EL. Evidences from Environmental Kuznets Curve (EKC) analysis reflect the effectiveness of governmental initiatives. The study also finds that technology of waste to power is effective even in a mid-sized city. The shortcoming of the study can be described as the limitation in research sample and data influence on the results coming out from market orientation. Technology mix and variety in direction toward the waste generation, disposal and economic benefit analysis was not taken care of by the study.

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