<![CDATA[ABSTRAKTransportasi merupakan salah satu kegiatan yang berkontribusi sebagai penghasil emisi karbon. Proses pembakaran bahan bakar minyak pada kegiatan tersebut dapat menghasilkan emisi karbon, terutama karbon dioksida. Emisi karbon ini berpotensi menyebabkan pemanasan global akibat bertambahnya gas rumah kaca. Penelitian ini bertujuan untuk mengetahui jumlah dan pemetaan emisi karbon, khususnya gas karbon dioksida (CO2) di jalan utama Kecamatan Kedaton Kota Bandar Lampung yang dilakukan dengan menggunakan jumlah kendaraan, faktor emisi, konsumsi energi spesifik, panajang jalan dan program arcGIS. Survey dilakukan dengan metode traffic counting pada jam puncak dalam waktu satu minggu. Data primer yang diperoleh, dianalisa dengan data sekunder sehingga didapatkan jumlah kendaraan rata-rata per jam. Jumlah kendaraan rata-rata akan dianalisa dengan mengkonversi satuan kendaraan ke satuan mobil penumpang (smp). Hasil analisa akan dituangkan dalam bentuk peta persebaran emisi. Hasil penelitian menunjukan bahwa emisi tertinggi terdapat di Jalan Teuku Umar dengan jumlah emisi sebesar 149. 600.532,356 g CO2/jam dan emisi terendah terdapat di Jalan Urip Sumoharjo dengan jumlah emisi sebesar 38.949.491,448 g CO2/jam. Pada peta persebaran, emisi tertinggi ditandai dengan warna coklat yang pekat dan emisi terendah dengan warna abu – abu. Kata Kunci : Transportasi, emisi CO2, peta persebaran emisi, arcGIS. ABSTRACTThe Mapping of Carbon Dioxode (CO2) Concentration from Motor Vehicles in Kedaton District Bandar Lampung By Using Geographic Information System. Transportation is one of the activities that contribute as a producer of carbon emissions. The process of burning fuel oil in these activities can produce carbon emissions, especially carbon dioxide. This carbon emission has the potential to cause global warming due to the increase in greenhouse gases. This study aims to determine the amount and mapping of carbon emissions, especially carbon dioxide gas (CO2) on the main road in Kedaton District, Bandar Lampung City, which was carried out using the number of vehicles, emission factors, specific energy consumption, road length and the arcGIS program. The survey was conducted using the traffic counting method at peak hours within one week. Primary data obtained, analyzed with secondary data so that the average number of vehicles per hour is obtained. The average number of vehicles will be analyzed by converting vehicle units to passenger car units (pcu). The results of the analysis will be presented in the form of a map of the distribution of emissions. The results showed that the highest emissions were on Jalan Teuku Umar with total emissions of 149,600,532,356 g CO2/hour and the lowest emissions were on Jalan Urip Sumoharjo with total emissions of 38,949,491,448 g CO2/hour. On the distribution map, the highest emission is indicated by a dark brown color and the lowest emission is indicated by a gray color.Keywords: Transportation, CO2 emissions, emission distribution map, arcGIS.]]>
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