2018
DOI: 10.14419/ijet.v7i2.29.14283
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Green Open Space Needs Analysis of Carbon Dioxide (Co2) Gas Emissions Absorbtion in Serang City

Abstract: An increasing number of population in Serang has resulted in the diversion of vegetated land function to be built area, thus reducing total area of green open space (RTH) of the city. Impact of the land conversion increase will occur on the increasing area of land cover. Land cover thus reduced the vegetation ability to absorb CO2, so that the CO2 generated from activities in the city, such as from energy consumption, livestock and landfill waste cannot be absorbed optimally

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“…The ideal need for green open space in 2020 in Serang City is 11,474.54 ha to get absorb the potential CO2 content produced. Meanwhile, the current Green Open Space is not yet ideal to be able to restore its function in absorbing the potential CO2 produced in Serang City (Smith et al, 2011;The World Bank Data, 2014;Masyruroh et al, 2018). Urban forests are one of the urban ecosystems that can support environmental protection, especially in urban areas, according to their functions, such as increasing the absorption of carbon dioxide, urban forests can also contribute to increasing oxygen production.…”
Section: Introductionmentioning
confidence: 99%
“…The ideal need for green open space in 2020 in Serang City is 11,474.54 ha to get absorb the potential CO2 content produced. Meanwhile, the current Green Open Space is not yet ideal to be able to restore its function in absorbing the potential CO2 produced in Serang City (Smith et al, 2011;The World Bank Data, 2014;Masyruroh et al, 2018). Urban forests are one of the urban ecosystems that can support environmental protection, especially in urban areas, according to their functions, such as increasing the absorption of carbon dioxide, urban forests can also contribute to increasing oxygen production.…”
Section: Introductionmentioning
confidence: 99%