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        Multiple functions of land 
          
            Land is the basis for many life support systems,
            through the production of biomass that provides food, fodder, fibre,
            fuel, timber and other biotic materials for human use, either
            directly or through animal husbandry including aquaculture and
            inland and coastal fishery (the production function).
            
            Land is the basis of terrestrial biodiversity by
            providing the biological habitats and gene reserves for plants,
            animals and micro organisms, above and below the ground (the
            ecological, or biotic environmental function).
            
            Land and its use are a source and sink of
            greenhouse gases and form a co-determinant of the global energy
            balance, reflection, absorption and transformation of radiative
            energy from the sun and the global hydrological cycle (the climate
            regulation function).
            
            Land regulates the storage and flow of surface and
            groundwater resources, and influences their quality (the
            hydrological function).
            
            Land is a storehouse of raw materials and minerals
            for human use (the storage function).
            
            Land has a receptive, filtering, buffering and
            transforming function of hazardous compounds (the waste and
            pollution control function).
            
            Land provides the physical basis for human
            settlements, industrial plants and social activities such as sports
            and recreation (the living space and recreation function).
            
            Land is a medium to store and protect the evidence
            of the cultural history of mankind, and a source of information on
            past climatic conditions and past land uses (the archive or heritage
            function).
            
            Land provides space for the transport of people,
            inputs and produce and for the movement of plants and animals
            between discrete areas of natural ecosystems (the connective space
            function). Depending on the socio-economic conditions of
        individual countries and provinces one or the other of these functions
        will have more weight in the land use planning process. In areas with
        high population densities, highly productive land, high costs of farm
        labour and pollution intensive land use practices, the ecological,
        pollution control and archival functions on the non-built up land areas
        will tend to be most important for the creation of set-aside lands,
        ecological corridors and peri-urban recreational landscapes in
        northwestern Europe. In developing countries with a strong increase in
        rural population, the maintenance and improvement of the biotic
        production function will usually predominate. In both cases, however,
        the long-term sustainability and safeguarding of all functions will have
        to be kept in mind.  
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        chapter: land evaluation
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        to: land use planning
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 synergies
 
   
  employment 
  promotion 
  LED+ 
  community 
  urban/ 
  regional 
  development 
  land
      use 
  planning 
  (LUP) |