Does Malaysia Need The Green Belt Concept Environmental Sciences Essay

Does Malaysia Need The Green Belt Concept environmental Sciences EssayMalaysia is moving forward to be an industrialized economy. Malaysia moved from fabric production to manufacturing. The Malaysia manufacturing sector contri entirelyed 32% of the gross domestic product (GDP) in 2007, exports of manufactured products account for 75% of Malaysias positive export in 2007. The manufacturing industries give way snuff it the economys main source of growth in recent years. fit to the Third industrial Masterbroadcast (IMP3) 2006 2020, twelve industries in the manufacturing sector have got been posteriored for throw bulge out victimization and promotion (Table 1). These industries atomic number 18 strategic altogethery important in change to the greater growth of the manufacturing sector, in terms of higher value-added, technology, exports, know guidege content, multiplier and spin-off effects and potential to be integrated regionally and globally. But, on the separate side, th e future target might also encourage environmental degradation if there is no extensive plan toward sustainable industrial victimisation is taken into consideration.Table 1 Exports and Investments Targets for the 12 Targeted Manufacturing IndustriesSource Ministry of planetary Trade and Industryenvironmental protection through contamination stripe and the meeting of environmental standards by deplete treatment of the effluents in the un ilk industries have non worked in umteen countries. The problem of industrial environmental taint is crabbedly serious in evolution countries where the enforcement of environmental regularisations is non strictly enforced. Malaysia rear experience high chances of invalidating environmental impacts referable to its efforts to boost the quick industrialisation of its economy. Many aspects of the residential environment and breathing conditions of houses located near industrial nisusfields potentially affected.Evidence shows that industrial plants cigarette curb the defilement level. In develop earth they have come out with a Green brawl Plan to buffer the urban and industrial ara from spreading its pollutants. A thumby vegetablebelt is an cognition domain of bring that is preserved for a non-urban shoot use. The term of greensbelts tend to sh ar two features, an open grace (green) and a linear shape (belt). All this while, greenbelt was non macrocosm strongly addressed on developing country callable to its target on economic growth.Develop country like United domain and Canada have come out with their own greenbelt Plan. Greenbelts in the UK have had a profound effect on the melt downscape around urban atomic number 18as, for the intimately part achieving their purposes of keeping the countryside open and blocking new using unless for agriculture, timberry and recreation. The London Green Belt was created in response to the unchecked and sprawl growth that took place in that urban center during the 1920s and 1930s.1.2 Issues and Problems Statementspeedy industrialization can have a detrimental effect on the environment which is related to several including resource use, water and commit defilement as hygienic as shoot a line generation. The severity of these environmental consequences may vary, depending on the technologies used in the industrial production process and its organization.Malaysias rapid economic and industrial growth is characterized as a mixed-use urban argonas ontogenesis that incorporates residential industrial atomic number 18as. These residential theatres support the industry by providing them gentleman resources. This growth put forwards both positive and negative impacts on house exploitation. The drop of usable arable land for urban development further results in just about(a) housing e nominates being nestled within industrial compositions as consequences to urban sprawl.Current billet of green efforts in Malaysia is fo cusing on commanding and controlling the wastes occurring during the manufacturing stage of a product. In Malaysia, only bountiful businesses have committed to voluntary initiatives towards green industrial development and this progression is yet to be accepted by SMEs ( excellent and medium enterprise).Landscaping the industrial areas by the development of greenbelts is an effective way of mitigating industrial contaminant.The effectiveness of green belts differs depending on location and operation. They are often being eroded by urban rural fringe use and more or less dates, development encroached over the green belt area, resulting in the creation of satellite towns which, although separated from the urban center by green belt, business to a greater extent like suburbs than independent communities.1.3 Objectives of Studyi) To explain the importance of industrial greenbelt for economic growth whilst minimizing environmental degradation.ii) To come out the significant aspect that should be considered for green industrial development.iii) To give a recommendation for effective strategies of Greenbelts Plan for industrials area towards achieving sustainable industrial development.1.4 signification of StudyGreenbelts in urban areas busyly in industrial are important to the ecological health of any given region. The diverse plants and trees in greenbelts serve as organic sponges for various forms of pollution, and as carbon sequestration to help offset global warming. On the other hand, industrial activities in urban areas have get downd cities to maintain higher temperatures than their surrounding countryside and these phenomena is known as an urban heat island. Parks and greenbelts pull up stakes press temperatures while the primaeval Business District (CBD), commercialized areas, and even suburban housing tracts are areas of warmer temperatures.Greenbelts are also important to help urban dwellers detect more machine-accessible to nature. All cities should earmark certain areas for the development of greenbelts to study life and colour to the concrete jungle and serving a salutary environment to the urbanities. The future risk from rapid expanding of industrial development should be investigate and must be seriously taken into consideration. Therefore, through the establishment of planned greenbelts it can helps in limiting urban sprawl.2.0 EVOLUTION OF greenbelt CONCEPT2.1 History of Greenbelt ConceptThe idea of greenbelt was godlike by Sir Ebenezer Howard, a British social reformer, at the beginning of the twentieth century. Howard proposed Garden City which would not only be free of pollution but would also be antidote of polluted cities. The garden cities would be ring by a green backcloth of sylvan land providing local employment opportunities as well as open spot for recreation. It was British architect and planner Raymond Unwin, a town designer and modern-day of Howards, who coined the term greenbelt (Ru th and William, 1994). In 1898 the concept was highly- essential to tackle the problems associated with the provision of new towns located outside the periphery of London, which was then sprawling utmost into the countryside.The Garden City Concept is whiz out of many attempts to reduce and solve social problems during the industrialisation Period. The problems occurred, as more and more arouseers became workers in the factories. The living conditions became worse, due to the fact that many workers settlements were located next to the industrial areas or within the cities. look-alike 1 illustrates diagram of The Three Magnets where Howard analysed why people move to urban center or to the country side. Howards proposal emphatic the integration of the town, the country. He found out that both have advantages and function as magnets. He started with discussions of the optimum size for towns whereby a central city of 58,000 people surrounded by smaller garden cities of 30,000 pe ople individually ( work out 2). Green space or greenbelt and agricultural land go out be as study component in the garden city whereby the permanent green space would separate the city and towns and serving as a horizontal fence of farmland. The requirement of the greenbelt or agricultural land for the Garden City in Howards view was 5,000 acres of the descend 6,000 acres.Therefore, his solution was to develop a city structure which contains the advantages of a city and those of the countryside. The main objective of the concept is to found a new city. enrol 2 Ebenezer Howard, Garden City.Figure 1 Garden Cities of To-morrow The Three Magnets, Ebenezer Howard, 1902In the United States, Franklin Roosevelt tried to adapt Howards new town concept as part of its resettlement program. In the American concept of greenbelt, relatively capacious band of rural land or open space surrounded a town or city. The term greenbelt meant, generally, any whang of open space separating or interr upting urban development. The designated land is controlled through regulation or public or quasi-public ownership ( much(prenominal) as the Nature Conservancy) to go for its natural character and provide a resemblance of rural melodic line in urban areas (Ruth and William, 1994).2.2 A Greenbelt as a outgrowth Plan ComponentA greenbelt is a insurance and land use designation used in land use planning to retain areas of pear-shapedly undeveloped, wild, or agricultural land surrounding or neighbouring urban areas. Similar concepts are greenways or green wedges which have a linear character and may run through an urban area instead of around it. In essence, a green belt is an inconspicuous line encircling a certain area, preventing development of the area allowing wildlife to dedicate and be established.The green belt insurance was pioneered in the United realm in the 1930s after pressure from the Campaign to Protect rustic England (CPRE) and various other organizations. Ther e are fourteen green belt areas, in the UK covering 16,716 km, or 13% of England, and 164 km of Scotland In United Kingdom town planning, the green belt is a policy for controlling urban growth. The idea is for a ring of countryside where urbanisation go away be resisted for the foreseeable future, maintaining an area where agriculture, forestry and outdoor leisure can be expected to prevail. The fundamental aim of green belt policy is to prevent urban sprawl by keeping land permanently open, and therefore the most important attribute of green belts is their openness.2.2 Categories of GreenbeltA greenbelt principal purpose is to protect open space for natural, cultural, or scenic resources, to separate urban communities, to preserve and conserve natural resources and agriculture. Therefore, greenbelt can be categorized as below.Figure 3 Category of Greenbelt2.2.1 Shelter Belts and Wind BreaksA shelterbelt is usually a roadblock longer than a wind expire and consists of a combinati on of shrubs and trees mean for the protection of field crops and the conservation of soil and water. A wind break is a barrier for protection from winds commonly associated with vegetable gardens and orchards. (Abbasi and Khan, 2000)The objectives of creating shelterbelts areto protect agricultural landto shelter commonwealth in a city-from bouncy wind blastto arrest particulate matters as much as urinateableto shelter live-stockto control sand movementto provide healthy habitat2.2.1 Forest BeltsForest belts is consists of protected natural forest. The objectives of preserving forest belts areto protect watershed areato protect wildlife and its habitatto act as major carbon sequestrationto preserve the exotic and indigenous species of forest vegetationto achieve environmental equilibrium with development2.3 Greenbelt misdemeanour by UrbanisationThere is no doubt that humanity elaboration has had a negative impact on biodiversity and since the industrial revolution the negat ive impacts have only increased with processes such(prenominal) as over seek and hunting, agriculture, the use of herbicides and pesticides and urban sprawl (Hunter, 2007).Rapid urban growth has led to the problems of urban sprawl, ribbon development, unregulated development, high cost for urban infrastructure, and pollution due to the inadequate government activity of urban and industrial waste. All such issues involve land. Land can be used for agriculture, forestry, grazing, industrial and urban uses, inferior corridors, roads, waste garbage disposal and recreation. With the increase of urban population, more and more green areas have to be converted into urban use.Large cities on the other hand need to have the land to spread out. development in population ordain put the pressure on land to serve a better accommodation and facilities for human needs. industrial development will provide job for people, but in the same time it provides an opportunity to the developer to cl ear up the land for housing development. When there is housing development, other kind of development will follows, such as commercial retail areas and school.3.0 THE GROWTH OF industrial ESTATE3.1 industrialization Evolution forever since Industrial Revolution from late eighteen century, economic progress and development have been closely determine with industrialization. This thinking has continued to influence policy makers especially so in developing countries (Jomo, 1993). Since the early 1970s, it has been widely recognised that to ease the problems of poverty and mass unemployment encountered in developing countries, industrialization should play a key role in the economic growth of these nations.The types of industries deemed most suitable for promotion in developing countries are the small and medium-scale industries. These industries are generally less capital intensive than large-scale industries and hence are more spread out in terms of ownership. Establishment of smal l and medium-scale industries could thus lead to a more equitable distribution of income. author studies on development of small-scale industries have concluded that an effective intend of promoting the growth and airing of small and medium-scale industries is the provision of proper sites for the establishment of these enterprises. These sites should instead be located in an industrial estate which is defined as a tract of land which is subdivided and developed according to a comprehensive plan for use of a community of industrial enterprises (Fong 1980). In other words, an industrial estate can also be known as an industrial park.An industrial park is defined as a large tract of land, sub-divided and developed for the use of several firms simultaneously, distinguished by its shareable infrastructure and close proximity of firms. Types and synonyms of industrial parks accommodate industrial estates, industrial districts, export processing zones, industrial clusters, business p arks, office parks, science and research parks, bio-technology parks and eco-industrial park (Peddle, 1993).3.2 Industrial Estate Development in MalaysiaFigure 4 Malaysias Industrial Development variant(1867 1957)Export of agricultural products minerals(1957 1969) instant Substitution Industrialization dodge (ISI)(1970 1980)Export Oriented Industrialization Strategy (EOI)(1981 1986)Import Substitution Industrialization Strategy (ISI)(1987 1996)Export Oriented Industrialization Strategy (EOI)(1997 2005)Recovery Period(EOI)Phase 1Phase 2Phase 3Phase 4Phase 5Phase 6(2006 beyond)EOIPhase 7Malaysias industrial development can be categorise into seven descriptors according to industrial strategies (Figure 4). The first signifier was during the British colonial rule (1867-1957) which was largely limited to export of agricultural products and minerals generally rubber and tin. The period immediately after independence (1957-1969) is the south phase largely dominated by the Im port Substitution Industrialization schema (ISI). Export Oriented Industrialization strategy (EOI) was introduced in 1970 until 1980, followed by the second round of ISI from 1981 up to 1986, an constitute the third and fourth phase respectively. The fifth part phase marked the return to EOI in 1987 till 1996. The Asian crisis and the recovery period constitute another phase from 1997 up until 2005. The final phase was in 2006 and beyond where Malaysian economy hopes to move towards global competitiveness.In early 1970s it has been realized that rapid economic development in developing countries leads to an acute ine step in income distribution. To prevent massive dissatisfaction among their citizens, developing countries were urged to achieve economic growth (particularly industrial growth) with distribution of income as their development goal.Malaysia is one of the fastest growing economies in the world and in many ways a Third World success story. From a country dependent on ag riculture and primary commodities in the sixties, Malaysia has today become an export driven economy spurred on by high technology, knowledge based and capital intensive industries.The establishment of industrial estates in the locations where such activities are desired became a good way of promoting growth and dispersal of industrial activities which can accelerate the economy of the country. Industrial estates are specialized areas zoned for industrial activity where infrastructure (such as roads, power and other utility services) is provided to facilitate the growth of industries and to minimize the impacts on the environment.Industrial estates may include effluent treatment hearty and toxic waste collection, treatment, and disposal air pollution and effluent monitoring technical services on pollution prevention tone precaution (quality assurance and control) and laboratory services.In the scene of economic strategy, State Economic Development Corporations (SEDCs) were esta blished by the various Malaysian states to stimulate industrialization through the development of industrial estates in the respective states. The industrial estates to be established by these SEDCs are envisaged to be in the form of improved tracts of land, with access roads and utility services. Industrial land so developed are leased out (usually for 99 years) to interested entrepreneurs. The lower rates are for industrial land developed in the rural areas, while the higher rates are for such land developed in the urban areas.Currently, Malaysia has over 200 industrial estates or parks occupying a total of 16,000 hectares and 13 Free Industrial Zones (FIZs) developed by government agencies, namely, the State Economic Development Corporations (SEDCs), regional Development Authorities (RDAs), port authorities and municipalities throughout the country.New sites, fully equipped with infrastructure facilities such as roads, electricity and water supplies, and telecommunications, are continuously being developed by state governments as well as private developers to meet demand. Specialised parks have been developed in Malaysia to cater to the needs of particular proposition industries. Examples of these parks are the engine room Park Malaysia in Bukit Jalil, Kuala Lumpur and the Kulim advanced Park in the northern state of Kedah which cater to technology-intensive industries and RD activities.3.3 Environmental Impacts from the Industrial EstatesThe effects on the environment connected with industrial activities are mainly related to the production of industrial wastes each from its emission or effluent discharges. Figure 5 illustrates on the possible environmental impacts of industrial estates.POSSIBLE ENVIRONMENTAL IMPACT OF INDUSTRIAL ESTATESSpills foul soil lost future land useDisposal of substantive wastesLocal nuisances such as racket, lighting transportLandscape disquietOzone depleting greenhouse gasesHabitat degradation blood line befoulmentFres hwater defilementMarine contaminantRisks from hazardous wasteExposure to toxic chemicalsFigure 5 Possible environmental impacts of industrial estatesIndustrial development may always cause changes to the physical environment. Under natural condition, landuse changes can be absorbed by the physical environment through interactions of the various components to attain a dynamic equilibrium state. Rapid human disturbance will create imbalance to the environmental ecosystem as well as to human quality of life. There are a number of forms of industrial pollution. single of the most common is water pollution, caused by toss out of industrial waste into waterways, or improper containment of waste, which causes leakage into groundwater and waterways. Industries release pollutants which impact air quality that lead to photochemical smog, haze and acidification. Due to industrial discharges, and the indiscriminate disposal of raw materials, land pollution takes place. Both, air and water po llution will affected human beings, birds and aquatic life.Ozone depletion is another result of industrial pollution. Chemicals released by industries will affect the stratosphere, one of the atmospheric layers surrounding earth. The ozone layer in the stratosphere protects the earth from harmful ultraviolet radiation from the sun. The emission from industries will removes some of the ozone, causing holes to open up in this layer and allowing the radiation to kitchen stove the earth. Ultraviolet radiation is known to cause skin cancer and has prejudicious effects on plants and wildlife.Activities in industrial estates also can cause noise pollution. Industrial noise refers to noise that is created in the factories which is jarring and unbearable. vowelize becomes noise only it becomes unwanted and when it becomes more than that it is referred to as noise pollution. saturnine industries like shipbuilding and iron and steel have long been associated with hoo-hah Induced Hearing L oss (NIHL). Continuous exposure to noise pollution leads to hearing impairment especially for people who are working in the industry and common people as well. It has been scientifically proved that noise more than 85 decibels can cause hearing impairment and does not meet the standards set for healthy working environment.4.0 A RATIONALE FOR AN INDUSTRIAL GREENBELT4.1 Current Status of Greenbelt Consideration in Industrial EstateAs highlight in earlier chapter, current status of green efforts in Malaysia is focusing on commanding and controlling the wastes produce during the manufacturing stage of a product. Green efforts in Malaysia can be classified into four groups as followsBroad Guiding Principles Establishing common principles and statements of intent crossways subscribing organizations.Process establish Management Systems ISO 14001 is a well known lesson of a process based environmental management system.Performance Based Systems Public disclosure of industrial pollution pr ograms is examples of voluntary programs with clear consummation standards.Process-based Systems with Performance Elements Establishing a hybrid system that combines a structured management system approach with specific performance requirements.Unfortunately, there is no specific guideline and regulation of creating and preserving greenbelt in developing industrial estates as many parties seen it as a secondly important factor. In Malaysia, Kulim Hi-Tech Park is the first in country that can be seen as well planned fully-integrated high technology park. Besides providing one of the outstrip infrastructures, the Parks Masterplan also emphasizes on the quality of life within a self-contained township. Amenities incorporated in the plan include a shopping centre, a hospital, educational institutions and recreational facilities. But still, we are absentminded in controlling the development over-exploitation the land resulting which can resulting environmental deterioration.4.2 Pollut ion Status Caused by Industrial in MalaysiaThe two major environmental issues in Malaysia caused by industrial activities are atmospheric pollution and solid and hazardous wastes (Khidir and Suhaiza, 2009).4.2.1 Atmospheric PollutionAtmospheric pollution has long been associated with the impetuous of fossil fuels, the resulting sulfur dioxide being a major atmospheric pollutant. flame of motor fuels causes an added influx of volatile organic compounds (VOC), coupled with carbon dioxide (CO2) and Nox, nitrous oxides. In Malaysia, local and transboundary emissions play very important roles in determine the status of the atmospheric environment (Hassan, Awang and Jaffar, 2006). The major pollutants observed are sulphur dioxide (SO2), nitrogen dioxide (NO2), carbon monoxide (CO), ozone (O3) and total suspended particulate matter, in particular PM10 (Hassan, Awang and Jaffar, 2006).Industries including power send, motor vehicles and open burning activities remain the major sources o f air pollution in the country. In 2008 a total of 22.971 industrial sources were identified to be subjected to Environmental property (Clean Air) Regulations, 1978. The breakdown of industrial sources by states is as shown in Figure 6. The highest number of stationary pollution sources was in Johor (814134%) followed by Selangor (412718%) and Perak (295612.9%). This is possibly due to the large industrial area in Johor and Selangor that contributed to the pollution. Besides that, both states have a rapid landuse development resulting to the environmental degradation. As to particulate matter, the highest contributor was industries (40%) followed by power stations (25%), motor vehicles (14%) and others (21%) (Figure 7).Source *DOE, Environmental Quality distinguish 2008.Figure 6 Industrial air pollution sources by state in Malaysia, 2008 get vehiclesPower stationIndustrialOthers4,557(14%)7,784(25%)12,664(40%)6,667(21%)Source *DOE, Environmental Quality Report 2008.Figure 7 Partic ulate Matter (PM) emission load by sources (metric tonnes),20084.2.2 Solid and Hazardous WastesGrowing affluence and increasing stringency of population in urban areas have increased the generation and types of solid waste produced. Solid waste management is one of the most important issues of local authorities where much money is spent in the collection and disposal of solid waste (Hassan et. al, 2000). Toxic and hazardous wastes are also one of the major issues in Malaysia. Currently, Malaysia produces about 10000 tonnes of waste every day, bear on to 0.8 to 1.5 kg per capita (MGCC, 2006). According to Hassan, Awang and Jaffar, 2006, the amount of solid waste collected in Malaysia is 70 percent of waste generated The remaining 30 percent not collected ends up in illegal dumping sites, or is entertained at source or during collection for recycling purposes. The illegal dumping sites can cause leachate which possibly will contaminate the soil as well as the waterways. The recyclin g activities amount to only 5% of total waste generated.Manufacturing industry6,830 (38.73%)Sewage treatment plants9,524 (54.01%)Agro-based industry491 (2.78%)Animal farm (Pig farm)788 (4.48%)Solid, toxic and hazardous wastes become pollutants to the water. In 2008, 17,633 water pollution head teacher sources were recorded. These comprise of sewage treatment plants (9,52454.01%) inclusive 668 Network Pump Stations), manufacturing industries (6,830 38.73%), fleshly farms (7884.48%) and agro-based industries (4912.78%) as shown in Figure 8 (Department of Environment).Source DOE, Environmental Quality Report 2008.Figure 8 Composition of water pollution sources by sector, 2008Manufacturing industry was in the second place of water pollution sources. This is due to the expanding of industrial estates in the country. Compared to 2007, there are declining in water quality trend of river basins in 2008 (Figure 9). From 94 clean river basins were recorded, it reduce to 79 in 2008. Whereas , the number for both, slightly polluted and polluted river were increased.Figure 9 Riber basins irrigate Quality Trend based on BOD subindex (1998-2008)Source of Pollution (Activity) Sewage, agrobased manufacturing industries.Pollution Indicator (Parameter) Biochemical Oxygen Demand (BOD)Clean fairly pollutedPollutedSource *DOE, Environmental Quality Report 2008.From all those charts and statistics, there are rises to shows that industrial estates have become one of the major contributors to environmental pollution in the country. Therefore, there is need for an alternative plan on how to overcome this problem eventhough special requirements and regulation has been put into efforts but still there is declining in environmental quality.4.3 Greenbelt as Environmental Pollution AbatementIn the context of environmental pollution foramen, a greenbelt has been defined as a strip of trees of such species, and such a geometry, that when planted around a source, would significantly att enuate the air pollution by intercepting and assimilating the pollutants in a sustainable look (Ruth and William, 1994). The concept of greenbelt as a source of pollution abatement was recognized initially by tether nations The U.S.A., Britain and Kenya (Ruth and William, 1994 Gareth et al., 1992 Andy, 1991 Parsons, 1990). In reality greenbelts roughly always include other vegetation, especially shrubs, which also play some role in capturing pollutants. But trees are the mainstays of greenbelts, and often greenbelt woodlet is simply referred as trees eventhough other types of vegetation is also established and nurtured.4.3.1 Air Pollutants Removal by VegetationPlants remove pollutants from the air in three ways(i) Absorption by the leaves,(ii) Deposition of particulate and aerosols on leaf surface, and(iii) Fallout of particulate on the leeward (downwind) side of thevegetation because of the slow up of the air movement(Tewari, 1994 Rawat and Banerjee, 1996).Vegetation acts as CO 2 sink and some species have the dexterity to utilise air pollutants effectively. Several plants have the capacity to collect the dust suspended in the atmosphere and dilute the concentration of toxic and harmful gases. Trees have been reported to remove air pollutants like hydrogen fluoride, SO2, and some compounds of photochemical reactions and collect heavy metals like atomic number 80 (Hg) and lead (Pb) from the air (Hill, 1971 Lin, 1976).After absorbing the air pollutants, trees change them to sinless metabolites through various physiological processes. Of course each and every plant cannot be an agent of air pollution control only those which can tolerate pollutants can act as attenuators. All-in-all, increasing vegetation in the cities, towns, and industrial establishments holds great potential to combat air pollution. Substantial evidence is available to support the view that plants in general and trees in particular function as sinks for gaseous pollutants.4.3.1 Soil and Water Pollutants Removal by VegetationSurface water streams are also affected by industrial effluents and organics. Most of the treated industrial