Alternative Tool for an Integrative Landscape Interpretation: Case Study of the Arrábida Maritime Coast, Portugal

Alternative Tool for an Integrative Landscape Interpretation: Case Study of the Arrábida Maritime Coast, Portugal

Ricardo J. Ribeiro (University of Lisbon, Portugal), Joana Corte Lopes (University of Lisbon, Portugal) and François Boucault (École Nationale Supérieure d' Architecture de Nantes, France)
DOI: 10.4018/978-1-5225-4186-8.ch012
OnDemand PDF Download:
No Current Special Offers


This chapter aims to describe an alternative tool developed to represent the interdependence established in the landscape between the human activities and the capacity of natural resources to answer for their needs. Therefore, focused on a case study of the Arrábida Maritime Coast located in Portugal, the research not only allowed to analyze the ecological and cultural landscape components but also to diagnose its resilience to the human activities. In this sense, considering the functional limits of the current cartographic representation models, it was also necessary to set up a new complementary diagrammatic model to show how the landscape interdependences are established. Despite their complex scientific data calculation nature associated with the geoprocessing techniques to connect both representation models, this alternative tool has integrative and intuitive interpretation features, by which it is possible to know the landscape suitability to support new land uses and land covers.
Chapter Preview


The research work described in the present chapter was carried out in 2015 at the University of Lisbon (ULisboa), Faculty of Architecture (FA), which study case was within the “Sea Architecture” research project, funded by Fundação para a Ciência e a Tecnologia (FCT) between 2011 and 2014.

FA is one of the 18 public higher education schools at ULisboa. FA offers, in the field of Architecture, Urban Planning, and Design, the greatest diversity of courses leading to Bachelor's, Master’s and Ph.D.’s degrees, as well as post-graduate courses of advanced studies and continuing training, integrating the Erasmus program with a large number of international students. Its main training strategy to impart knowledge is a multi-disciplinary approach to the design of “objects,” which can range from a hand scale to the landscape scale. Professors and researchers aim to train professionals in the project, consulting and research areas related to the building environment, the culture and the industry, contributing to increasing the productivity, competitiveness, and international innovation.

In this context, the strategy of the continuing training is developed by different working groups of Research Centre for Architecture, Urbanism and Design (CIAUD) to produce a specialized and interdisciplinary research. One such group is Laboratório de Projecto Sustentável (Sustenta) which, in landscape subject, seeks to develop sustainable methods, not only at an analysis and diagnosis level but also in a conceptual way, related to the land-use planning based on Geographic Information Systems (GIS).

The Sustenta team has been working on several research projects with other international teams – namely with Erasmus students from the École Nationale Supérieure d’ Architecture de Nantes (France) – that contributed to a proposal of a new integrative interpretation method of the landscape under the concepts of the ecological land suitability associated with its cultural identity. The recent landscape research work experience has been developing the study of the relationship between the ecosystems and the human appropriation processes. This kind of studies lies upon the principle of a human landscape recognition rooted in the context of current societies: not only considering human action as an interfering causality on the environment but also as an active principle of responsibility, while being part of a community. This process requires a thorough research for alternative tools that can go beyond the current challenges by integrating human activities into its territory. For instance, the current management plans have been experiencing this difficulty handling with several expectations and needs of human activities without jeopardizing natural resources, hence resulting in inadequate land-uses-covers.

In this sense, the first part of the following chapter makes a general description of how the urban occupation processes caused problems in coastal areas ecosystems along last centuries in Portugal. Then, it is suggested an integrative landscape interpretation according to the European Landscape Convention principles to solve that problems, namely in a land-use and land-cover planning point of view. Based on a morphological and typological approach, arising from a dynamic interaction between ecosystems and human cultural expression according to a landscape resilience concept, it is proposed an alternative tool of ecosystems analysis and the human occupation diagnosis focused in a case study of the Arrábida Maritime Coast.

Key Terms in this Chapter

Integrative Interpretation: Relational and holistic explanation mechanism of a phenomenon or element through the comparison of concepts and according to a theory, by which a given logic is established.

Diagrammatic Representation Model: A set of diagrammatic procedures associated to a figurative representation of features through a non-structured system with points, arrows, and rings.

Tree Diagram: Analysis diagrammatic representation model composed of structures with a set of points hierarchically arranged by levels of rings and connected by arrows to identify the main landscape systems and its dependence relationship.

Cartographic Representation Model: A set of cartesian procedures associated to a cartographic delimitation of features represented in a map with a structured polygons, points, and lines.

Geographic Information System: Software designed to capture, manage, and analyze the different types of geographically referenced data represented in a map through spatial operation tools.

Rhizome Diagram: Diagnosis diagrammatic representation model formed by points connected by arrows without a hierarchy network, focused on a set of landscape components to identify its influence relationship.

Landscape Suitability: The capability of the landscape natural resources to answer to the human needs without jeopardizing the future generation to exploit them in a dynamically balanced system.

Ecological Network: Representation of the main important landscape ecological components in a unique structure interpreted as a system of systems composed by physical (lithological, geomorphological, water, and air) and biological elements (living soil, natural and semi-natural vegetation, and main habitats).

European Landscape Convention: An international legal instrument to promote the protection, management, and planning of all European landscapes identity, defining a theoretical and conceptual framework of law to be adopted by European member states, leaving open the way for inclusion in their legal systems.

Territory: Landscape social classification according to management and planning approach, to determine the suitable conservation of its ecological and cultural components.

Alternative Representation Tool: A software with simultaneous cartographic and diagrammatic representation models that can support an intuitive interpretation experience.

Cultural identity: Intangible feature arising a cultural recognition carried out by a local community and shared through memories resulting from past experiences expected in the present.

Landscape Resilience: The landscape ecosystems’ capability to regenerate in a balanced ecological state after a human intervention, depending on the intrinsic characteristics of its components (the energy exchanged between components of different systems, the capability of each component to reorganize itself when connected to another one, and the compatibility of influence between them), and the type of human occupation that appropriate them.

Landscape: A complex and dynamic system, where its ecological and cultural components are influencing each other and changing together over the time, expressed in a terrain morphology, vegetation cover, land-use cover, or urban settlement.

Coastal Areas: Urban settlements located on the transition between land and sea, whose process of occupation and geographical growth is strongly conditioned to its natural ecosystems.

Occupancy Typology: Classification of the human occupation of the landscape considering its main important ecological features that can be cultural expressed by land-uses, land-covers, or services like heritage interests, inhabit areas, coastal systems, agriculture, forest, or grassland uses.

Complete Chapter List

Search this Book: