Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia
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Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia
THAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYRIANSYAHCAPABILITY ANALYSIS OF SHADE PLANT TYPES IN ABSORBING LEAD (PB) PARTICLES IN THE A Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia AIR IN SURAKARTA CITY. CENTRAL JAVA. INDONESIABACHELOR THESISStudy Mode: Full-timeMajor: Environmental Science and ManagementFaculty: International Programs OfficeBatch: 2015-2019Thai Nguyen, 23/09/2019DOCUMENTATION PAGE WITH ABSTRACTThai Nguyen University of Agriculture and ForestryDegree ProgramBa Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia chelor of Environmental Science and ManagementStudent NameRiansyahStudent IDDTN1554290049Thesis TitleCapability of shade plant types in absorbing leadCapability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia
(Pb) particles in the air in Surakarta City. Central Java. IndonesiaSupervisor (s)Prof. Dr. Ir. MTh Sri Budiastuti, M. Si. Prof. Dr. Ir. Djoko PurnomTHAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYRIANSYAHCAPABILITY ANALYSIS OF SHADE PLANT TYPES IN ABSORBING LEAD (PB) PARTICLES IN THE A Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia other problems such as economic development equitable, population growth and urbanization. One of the negative impacts of the urbanization is increase the number of population in a city. Increasing the number of vehicles potentially increasing air pollution in the environment. This study intended to Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia find out the amount of lead (Pb) content absorbed by the leaves of shade plants on Slamet Riyadi and Ahmad Yani roads. This research was carried outCapability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia
using non-experimental methods, for the non-experimental method used to determine the lead (Pb) content in the samples, to determine the traffic condiTHAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYRIANSYAHCAPABILITY ANALYSIS OF SHADE PLANT TYPES IN ABSORBING LEAD (PB) PARTICLES IN THE A Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia Wet Dewatering Method, the samples are analyzed using AAS, and the linearregression equation will be obtained y = ax + b. The method used to determine the traffic conditions is survey and observation methods directly at the specified location with the provided form. The methods used to determine the Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia types of vegetation is the methods of Identification and Inventory directly at the specified location with the provided form. The result show TrafficCapability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia
conditions on Slamet Riyadi road are more crowded than Ahmad Yani road and this also affects the amount of lead (Pb) content absorbed by tamarind, maTHAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYRIANSYAHCAPABILITY ANALYSIS OF SHADE PLANT TYPES IN ABSORBING LEAD (PB) PARTICLES IN THE A Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia Riyadi road is more varied than Ahmad Yani road. The amount of lead (Pb) content in the leaf samples of tamarind (Tamarindus indica) 2 pg/g. mahogany (Swietenia macrophylla) 2.3 pg/g. Spanish cherry (Minntsops elengi) 1.3 pg/g, amboyna (Pterocarpus indicus) 1.7 pg/g. sea mango (Carbera manghas) 1.4 Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia pg/g and mango (Magnifera indica) 2.25 pg/g. The lead (Pb) content in shade plants on the road of Slamet Riyadi and Ahmad Yani in the city of SurakarCapability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia
ta ranges from 1.3 - 2.3 p /g and is classified as moderate or normal levels of lead in plants, that is 0.5 -3.0 pg/g. Limitations that were encounterTHAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYRIANSYAHCAPABILITY ANALYSIS OF SHADE PLANT TYPES IN ABSORBING LEAD (PB) PARTICLES IN THE A Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia ue to the time limitations, the number of vegetation measured were limited.KeywordsShade plants, Pb, lead, air pollution, green openyspace, leaf samplingNumber of Pages 76 pagesDate of SubmissionACKNOWLEDGEMENTFirst of all. the author praises and thank Allah SWT Almighty God. because for his blessin Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia gs and grace, the author is able to finish this bachelor thesis well. In the completion of this bachelor thesis the author certainly cannot be separatCapability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia
ed from obstacles and difficulties. This bachelor thesis is indeed not perfect, but the author hopes that this thesis can lx? useful for those who reaTHAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYRIANSYAHCAPABILITY ANALYSIS OF SHADE PLANT TYPES IN ABSORBING LEAD (PB) PARTICLES IN THE A Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia , Central Java. Indonesia" the author cannot be separated from the guidance and motivation from various parties.1.Prof. Dr. H. Jamal Wiwoho, SH. Hum., as Rector of Sebelas Maret University, Surakarta.2.Prof. Dr. Samanhudi, S.P., M.Si.. as Dean of Agriculture Faculty of Sebelas Maret University. Sura Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia karta.3.Dr. Ir. Parjanto, M.P.. as Head of Agrotechnology Study Program of Agriculture Faculty of Sebelas Marel University. Surakarta.4.Ho Ngoc Son. PCapability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia
h.D. of Thai Nguyen University of Agriculture and Forestry (TUAF). Prof. Dr. Ir. Maria Theresia Sri Budiasluti. M.Si. and ITof. Dr. Ir. Djoko Pumomo. THAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYRIANSYAHCAPABILITY ANALYSIS OF SHADE PLANT TYPES IN ABSORBING LEAD (PB) PARTICLES IN THE A Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia or the constructive criticism, gave additional knowledge, worthy indications, comments and efficacious supervision, leading to the success of thestudy.5.All both UNS and TUAF lecturers who have provided lessons so that the author has a knowledge in the future.6.All staffs of UNS and TUAF who helping Capability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia the author in documents preparation to conduct this research.7.Author’s parents Aba and Mak. and author's siblings. Anton. Nia and Yop. and also forCapability of shade plant types in absorbing lead (pb) particles in the air in surakarta city, central java, indonesia
author's brothers and sister in law. Rosal. Novak Nemi. Author would like to give the sincerest gratefulness, which without it. author would not have THAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYRIANSYAHCAPABILITY ANALYSIS OF SHADE PLANT TYPES IN ABSORBING LEAD (PB) PARTICLES IN THE ATHAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYRIANSYAHCAPABILITY ANALYSIS OF SHADE PLANT TYPES IN ABSORBING LEAD (PB) PARTICLES IN THE AGọi ngay
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