Geography

Land Use

Land use refers to the human activities and purposes for which land is utilized, such as residential, commercial, agricultural, or industrial. It encompasses the spatial organization and management of land resources, including zoning regulations, urban planning, and environmental conservation. Understanding land use patterns is crucial for analyzing human-environment interactions and the sustainable development of landscapes.

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12 Key excerpts on "Land Use"

  • Book cover image for: Water Resources: Future Perspectives, Challenges, Concepts and Necessities
    • Omid Borzog-Haddad(Author)
    • 2021(Publication Date)
    • IWA Publishing
      (Publisher)
    They defined Land Use as the art or technique of ordering infrastructures and means of communication that serve human beings in the space of a country, taking into account natural, human and economic requirements (along with future human demand considerations and activities). Land Use cannot be considered a new issue because land, as the center of human activity and habitation, has always been subject to some form of intervention, development, and conservation (Aerts et al., 2002, 2003 ; Alier et al., 1996 ; Barredo, 1996 ; Berger, 2002 ; Parker et al., 2003 ; Suhaedi et al., 2002 ; Ye et al., 2018). What characterizes innovation in this area is the purposeful and planned change of Land Use, and the methods of preparing and implementing such plans. France is one of the few countries in the 20th century to have had a land-use planning program and to have taken steps to prepare and implement such programs. The idea of planning Land Use in France came about in 1947 with the publication of a book, Paris and the French Desert, by Jean Francois Gravie. Even up until 1975 this approach to planning proved successful in France. Today, poor water resources management, the uneven distribution of water throughout the world, and unsustainable resource use have caused some countries to face water scarcity. There are a number of methods that can be effective for mitigating the water scarcity problem: land-use is one of them (Ligtenberg et al., 2001 ; Lu et al., 2004 ; Makhdoum, 2005 ; Riveria & Maseda, 2006 ; Sharma & Lees, 2004 ; Weerakoon, 2002). Global statistics and studies show that most developed countries in North America and Europe, and leading Asian countries and Middle Eastern oil exporting countries, are major buyers of agricultural land, whilst, on the other hand, mainly poor nations in Africa, South Asia, and in Europe sell or rent land. It should be noted that the most of the land leased or sold belongs to countries in Asia and Oceania (FAO, 2011)
  • Book cover image for: Urban Studies
    eBook - ePub

    Urban Studies

    A Canadian Perspective

    • N. H. Lithwick, Gilles Paquet(Authors)
    • 2017(Publication Date)
    • Taylor & Francis
      (Publisher)
    A generalized concept is one which is being broadened. What is of interest then is not simply the state of development of the concept but rather the process through which it is being generalized. This can be studied most effectively by examining the genealogy of the concept and by classifying its uses. We must emphasize that we are not dealing as yet with a general concept – that is, one which has crystallized into its final form. General concepts can best be analyzed through the construction of an ideal-type demonstrating how it embodies components borrowed from the different disciplines. It is the very nature of the concept currently being generalized which has led us to follow the approach suggested above. This approach better reveals the possibilities of the concept by examining it at work, so to speak, in the various studies which have used it.
    In this process we shall encounter necessarily many other ambivalent notions which could be usefully anatomized in the same fashion. For instance, we shall deal with the notion of density; and although we shall not analyze it here, hopefully it will provide some insight into other “generalizable” concepts over the span of other disciplines. The process leading to generalization is much more crucial here than the outcome of any such process. Consequently we have not attempted an exhaustive review of the diverse contexts in which the concept of Land Use is employed; the items presented have been selected for their illustrative usefulness.
    The choice of this particular concept for our demonstration is amply justified by its importance both in economics and geography. Land Use is the geographical image of the results of the operations of the urban land market; it is also inversely the dimension of geographical space inserted into the market place. Whether one deals with types of Land Use, or with the intensity or density of Land Use (this is the link between Land Use and density concepts), one is clearly within this area that some call economic geography and others geographical or spatial economics. This concept of Land Use permeates both disciplines and is mentioned in at least two thirds of this book. Moreover, in a venture of this sort, it is preferable to start with the intersection of economics and geography since their respective property-spaces2
  • Book cover image for: City Planning for Civil Engineers, Environmental Engineers, and Surveyors
    • Kurt W. Bauer(Author)
    • 2009(Publication Date)
    • CRC Press
      (Publisher)
    185 12 Land Use Planning We already have Land Use planning of an ad hoc, accidental sort that, while it has made some people rich, has made most of us far poorer in terms of the kinds of choices we have and the quality of life we are offered . . . whether we are trying to stimulate growth or stop it, we sim-ply cannot expect to resolve the problems associated with growth on a case by case . . . basis. The patterns of development that result from this approach must inevitably be both socially unfair and environmentally unsound. The Milwaukee Journal September 30, 1974 Introduction Land Use planning is that part of the process of city planning concerned with the type, location, intensity, and amount of land development required for the various space-using functions of urban life. Land Use planning is concerned, therefore, with determining the proper relationships of various Land Uses to one another and to existing and proposed transportation facili-ties, utilities, and community facilities. In this respect, it should be noted that Land Use planning is a process requiring expert skills that may be quite different from those required for transportation, utility, or community facili-ties planning. The Land Use plan, quite simply and fundamentally, is a proposal, or rec-ommendation, as to how land should be used as future community expan-sion or renewal occurs. The Land Use plan is usually expressed in a colored plan map, supported by pertinent text, tables, and graphs setting forth rec-ommended standards for population density, commercial and industrial employment intensity, and building intensity. The Land Use plan should be distinguished from the Land Use and zoning district maps. The Land Use map is a map showing how land and structures in a planning area are actually used at a given point in time—past or present, that is, it is a factual represen-tation of the existing Land Use pattern.
  • Book cover image for: Riverine Ecosystem Management: Science for Governing Towards a Sustainable Future (Volume 8.0)
    • Stefan Schmutz, Jan Sendzimir(Authors)
    • 2018(Publication Date)
    • Springer Open
      (Publisher)
    Land Use for recreation describes possible activities but can be applicable to different land cover types: the surface for recreational activities can, for instance, be a sandy beach, a built-up area like a pleasure park, woodlands, or even a pond. Hierarchical classi fi cation of Land Use is one approach to integrate cover information and human purpose in one dataset. Lower levels of Land Use classes are likely to have a one-to-one land cover equivalent. In planning and decision-making processes, both the Land Use and land cover of a particular area (e.g., a river catchment) provide a comprehensive picture of the situation. Depending on the processes intended to be studied, and depending on the available data, it is crucial to select and prepare Land Use datasets with thematic and spatial resolution that is appropriate for the spatial extent of the study. In communication between disciplines, research and practice, management, and conservation, this distinction between Land Use and land cover should be made clear. Such data on Land Use and land cover are often used indifferently in practice, leading to thematic inconsistencies in mapping and classi fi cation that can cause problems of further interpretation (Loveland et al. 2005 ). In riverine ecosystem research and management, Land Use is seen as integrator of human actions in the landscape (Allan and Castillo 2007 ). For certain purposes, Land Use evidentially affects the ecological integrity of river ecosystems by altering spatially nested controlling factors of different scales (Allan 2004 ). Many, although not all, impacts on streams are entirely or partly linked to human actions in the landscape and thus can be quanti fi ed from data on Land Use.
  • Book cover image for: Land Use and Land Cover Semantics
    eBook - PDF

    Land Use and Land Cover Semantics

    Principles, Best Practices, and Prospects

    • Ola Ahlqvist, Dalia Varanka, Steffen Fritz, Krzysztof Janowicz(Authors)
    • 2018(Publication Date)
    • CRC Press
      (Publisher)
    9 Classification Systems and Land Planning however, were often designed to describe the Land Use and cover of Earth’s surface, not necessarily to inform decisions about Land Use planning� The categories of land represent human activities or the plant, soil, water, or geol-ogy interpreted from the surface� Jeer (2001) identified other aspects that must be considered in any Land Use classification system that is used for land planning, including land activity, function, structure type, develop-ment characteristic, and ownership� Others have also begun to examine the semantics of the Land Use/land cover classifications to determine if the name of the class category actually represents activity or cover (Bishr 1998; Feng and Flewelling 2004; Comber, Fisher, and Wadsworth 2005; Ahlqvist 2008; Jansen and Veldkamp 2012)� The utilization of Land Use/land cover data is important to the successful implementation of a sustainable planning process (Figure 1�2)� Community vision statements are generally the foundation on which a community or organization establishes their mission� For example, the U�S� Forest Service has their mission: “Sustain the health, diversity, and productivity of the Identify issue or problem Stakeholders’ input Community vision Evaluate policy using sustainability metrics Establish goals and objectives Collect and analyze data Refine issue(s), goals, and objectives Establish sustainability metrics Develop alternative policies Analyze alternatives Adopt policy Implement policy Monitor policy FIGURE 1.2 The planning process for a sustainable community�
  • Book cover image for: Thinking Ecologically
    eBook - PDF

    Thinking Ecologically

    The Next Generation of Environmental Policy

    f o u r Land Use The Forgotten Agenda John Turner and Jason Rylander Take a look across America. From Boston to Baton Rouge, massive changes have taken place on the landscape and in our society. A sea-soned traveler, dropped onto a commercial street anywhere in America, could scarcely tell the location from the immediate vista. A jungle of big box retailers, discount stores, fast-food joints, and gaudy signs sepa-rated by congested roadways offers no clues to location. Every place seems like no place in particular. Hop in an airplane and look at the Land Use patterns below. Cul-de-sac subdivisions accessible only by car—separated from schools, churches, and shopping—spread out from decaying cities like strands of a giant spider web. Office parks and factories isolated by tremendous parking lots dot the countryside. Giant malls and business centers straddle the exit ramps of wide interstates where cars are lined up bumper to bumper. The line between city and country is blurred. Green spaces are fragmented. Only a remnant of natural spaces remains intact. Powerful economic and demographic forces are at work in America. Population growth, migration, and fractured, low-density settlement and development patterns have altered the landscape. In little more than a generation this nation has been transformed—80 percent of everything built in the United States was constructed in the last fifty years. 1 Although much of this growth has been positive, the economic, environ-mental, and social costs of our current land consumption habits are now becoming increasingly apparent. For much of America's history, expansion was a national goal. Immi-grants were encouraged to settle the farthest reaches of the countryside. Land Use 61 Land was cheap and plentiful. In a nation so vast, the notion of resource scarcity took generations to gain credibility. But now the United States is a nation of 265 million people, with a population expected to increase by half again by the year 2050.
  • Book cover image for: Fundamentals of Plan Making
    eBook - ePub

    Fundamentals of Plan Making

    Methods and Techniques

    • Edward J. Jepson, Jr., Jerry Weitz(Authors)
    • 2020(Publication Date)
    • Routledge
      (Publisher)
    Vacant or undeveloped : open field or wooded, no building or other development improvement exists. Note:for future land-use maps, this designation will be used sparingly, if at all, since it doesn’t imply any property rights.
  • Parks, recreation, and conservation : lands dedicated to both active and passive recreational uses. These lands may be either publicly or privately owned, and they may include playgrounds, public parks, nature preserves, wildlife management areas, forest preserves, golf courses, recreation centers, or similar uses.
  • Intensive agriculture : concentrated animal feeding operations, poultry farms, and similar uses with potential nuisance impacts on abutting or nearby residences. This category includes farm-related dwellings, but intensive agricultural uses may be separately mapped since separation from residential subdivisions is desirable.
  • Agriculture and forestry: farmland and forests, including the raising of livestock and cultivation of crops. This category is often defined to include residential uses that primarily relate to a larger agriculture or forestry tract. With the recent rise in community food system initiatives, the distinction between agriculture-related uses and other uses has become more blurred. In many communities, Land Use regulations have been enacted to permit the production and distribution of farm products in zoning districts where they had previously been excluded (see Box 9.1 )
  • Residential : this category includes dwellings of all types and densities. Subcategories of residential may be used to differentiate among types of housing unit (detached, single-family, two-family, multifamily) or by range of density (i.e., number of dwelling units per acre). For instance, residential development can be “rural,” “suburban,” or “urban,” with each being defined in terms of density.
  • Public and institutional
  • Book cover image for: Land, Water and Mineral Resources in Science Education
    eBook - PDF

    Land, Water and Mineral Resources in Science Education

    Science and Technology Education and Future Human Needs

    • Norman J. Graves(Author)
    • 2013(Publication Date)
    • Pergamon
      (Publisher)
    The soil has changed little, but the Land Use has changed a great deal. Why did the Land Use change? Possible explanations may include population change, urban sprawl, a new town, or the spread of formal education. 2. Develop discussion which enables the students to list the things they use which come indirectly from the soil. As an example, many foods come directly from the soil. However, many manufactured products indirectly relate back to the soil. Aluminium containers, for example, began as bauxite ore. After processing and manufacturing, the containers are used for many different things. Ask the students to list the things they use on a day-to-day basis and classify them on the basis of their ties to the soil and land. 3. Define the following terms and have the students record them. Land Use - The way in which people use the surface of the earth (e.g. agricultural use, urban use, transportation use). Land cover - The natural state or cover on the land (e.g. swamp, rocky, outcrops, grassland). Conservation - The practice of caring for the natural environment, including land, water and wild life, so that it provides for different needs, as well as meets the essential requirements of society and is not degraded or lost. Soil degradation - Practices which result in the reduced quality and productivity of soils. Developing the activity 4. Present the class with Fig. 5.1, the Development Map. The map may also be presented on the board or overhead projector. Instruct the students to work either individually or in pairs and plan an agricultural community. A map of the local area may also be used. Students will need to take into account the basic necessities (e.g. shelter, transportation, water) but every element of the design should be of their own making. They may consider relief, village location, soil quality. However, rather than listing all the elements they must consider, provide them with adequate hints and begin work.
  • Book cover image for: Applied Human Geography
    • Geography is used by the people so as to understand the present as well as the past. Figure 1.7: Relation Between Environment, Economy, and Society. Source: https://commons.wikimedia.org/wiki/File:Environment_Economy_ Society.jpg Applied Human Geography 22 1.6.6. Uses of Geography • Understand basic physical systems, which can affect our everyday life. For example, earth-sun relationships, water cycles, wind and ocean currents; • Get to know the geography of past times and also, how geography has played key roles in the evolution of people, their ideas, places and environments too; • Learn the location of places along with the physical as well as cultural characteristics of those places so as to function in our increasingly interdependent world in a more effective manner; • Establish a mental map of people’s community, province or territory, country and the world so that people can understand the term “where” of places and the events; • Recognize spatial distributions at all scales that is local as well as global, so that it will help in understanding the complex connectivity of people and places; • Explain how the processes of human and physical systems have arranged and sometimes changed the surface of the Earth; • Understand global interdependence and to become a better global citizen; • Consider Earth as the homeland of humankind and thus, provide insight for wise management decisions about how the planet’s resources should be used; and • Be able to make sensible decisions about matters involving relation between the physical environment and the society. 1.7. THEORIES OF GEOGRAPHY A theory is a group of rational ideas that are formed with the intention to clarify certain facts or events. Passing Star Theory It states that a star with a higher intensity of gravitational pull that had passed from nearness of the sun. It involved huge quantities of the gaseous resources from the sun. The resources were fragmented, air-conditioned, and reduced to create planets.
  • Book cover image for: Spatial Information for Land Use Management
    • Michael J. Hill, Richard J. Aspinall(Authors)
    • 2000(Publication Date)
    • CRC Press
      (Publisher)
    The chapters provide a state of the art description and discussion of the issues involved in use of spatial information for Land Use management and seek to facilitate closer integration between landscape, ecological and human processes, and between technological developments and applications opportunities. The goal is to under­ stand the functioning of all landscapes, from agricultural monocultures, through disturbed and managed areas, to protected wilderness, and to develop practical methods that con­ tribute tools for analysis, synthesis and communication to facilitate and support land management activities. This introductory chapter identifies some of the major issues in developing spatial data and information for land management issues. Many of these issues are apparent as threads through the contents of each of the chapters in the book, underpinning the detailed case studies as the results are developed and applied to specific Land Use questions. CONTEXT FOR DEVELOPING USE OF SPATIAL INFORMATION IN Land Use MANAGEMENT AND DECISION-MAKING Land Use is the result of interaction between physical, social, economic and legal factors (Mather, 1982) within specific geographic contexts. The study and analysis of such an 1 2 SPATIAL INFORMATION FOR Land Use MANAGEMENT interacting, dynamic, and complex set of factors is agreed to be a multi-disciplinary endeavour that requires an holistic approach (Marsden et a l , 1993; Clayton and Radcliffe, 1996) with the distinct geographic component adding to the complexity of analysis and interpretation. Land managers are increasingly looking toward decision support systems to aid and guide decision-making processes in relation to Land Use management. GIS often provide the means for the visualization of the spatial context for decision making although GIS are relatively poor at representing and analyzing dynamic processes in space and time.
  • Book cover image for: Landscape Planning
    • Murat Ozyavuz(Author)
    • 2012(Publication Date)
    • IntechOpen
      (Publisher)
    11 Ecological Landscape Planning, with a Focus on the Coastal Zone Canan Cengiz Bart  n University, Faculty of Forestry, Department of Landscape Architecture Turkey 1. Introduction How people utilize the land and their socio-economic activity taking place are the principal causes of the changes occurring in land cover, and thus, affecting greatly environment at a global level. However, the Land Use and management decisions taken often fail to consider this influence on ecology. Human activity reflected particularly in urban and agricultural Land Use alters the capacity of the Earth, through its impacts on the physical material and ecological systems. This in turn adversely influences the basic resources that humans need and together with the gradual population growth lead to significant changes in Land Use (Dale et al., 2001). Despite this significance, however, Land Use decisions often neglect these impacts. Land Use and land management should seek to establish a balance between different and often-conflicting interests regarding the use of the land, such as resource extraction, agriculture, industry, urban development, and complex ecological systems (ESA Committee on Land Use, 2000). As some species and resources need structural and functional integrity of landscapes, landscape conservation approaches should be present in decision-making processes. Moreover, the multi-faceted characteristics of environmental problems necessitate the incorporation of ecological, socio-cultural and economic approaches in planning and the cooperation of individuals from different disciplines. Ecological landscape plans present a significant opportunity for implementing landscape conservation approaches and for contributing to the sustainability of landscapes. Ecological landscape planning has five stages: division into landscapes, inventory of nature conservation value and socio-cultural factors, landscape analysis, landscape plan, regeneration of biotopes (SCA Skog, 2011).
  • Book cover image for: Landscape and Land Use in Postglacial Greece
    • Paul Halstead, Charles Frederick, Paul Halstead, Charles Frederick(Authors)
    • 2000(Publication Date)
    Because of threshold effects in environmental systems, there may be a time lag between natural or anthropogenic cause and its effect on the land-scape. Likewise, the sensitivity of the land-scape to such forces varies in space, in accor-dance with local and regional variation in geology, relief, aspect, altitude, latitude and so on. Moreover, the severity of anthropogenic impact on the landscape depends not only on the amount of Land Use, which might be inferred very crudely from settlement pattern data, but also on the types of Land Use prac-tised. For example, the introduction of terrac-ing has been invoked to account for the incon-sistent relationship during the Bronze Age between alluvial deposition and settlement density in the hilly southern Argolid (van Andel et al. 1986). The type of Land Use prac-tised is, in turn, related to human settlement and demography in complex ways which fur-ther obscure the relationship between cultural causes and environmental effects (e.g Cherry et al 1991; Davis 1991; Whitelaw 1991; Acheson 1997). This last issue, neglected in some previous literature, is the initial focus of this paper. To this end, alternative models of Land Use are explored, together with their possible rela-tionship with other aspects of human culture and their likely impacts on the palaeoecologi-cal record of landscape change. Current debate on the nature of early agro-pastoral Land Use in Greece is then reviewed and, in conclusion, some implications for future investigation of changing landscape and Land Use are briefly discussed.
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