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Diah Ari Purwanti; Pemb. Rachmadhi Purwana; Penguji: Budi Haryanto, Cecep Slamet Budiono
S-5156
Depok : FKM UI, 2007
S1 - Skripsi Pusat Informasi Kesehatan Masyarakat
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Yanti Herawati; Pembimbing: Suyud; Penguji: Budi Hartono, Didik Supriyono
Abstrak:
Jumlah kasus Demam Berdarah Dengue (DBD) tidak pernah menurun di beberapa daerah tropik dan subtropik bahkan cenderung terus meningkat dan banyak menimbulkan kematian pada anak. Di Indonesia, DBD telah menjadi masalah kesehatan masyarakat selama 45 tahun terakhir. Beberapa faktor yang berisiko terhadap terjadinya penularan dan semakin berkembangnya penyakit DBD antaralain kepadatan penduduk dan variabilitas iklim. Penelitian ini bertujuan untukmengetahui hubungan antara kepadatan penduduk dan faktor iklim dengan kejadian DBD di Kota Bogor tahun 2010-2013. Penelitian ini adalah penelitian kuantitatif dengan desain ekologi. Pengukuran faktor iklim meliputi suhu,kelembaban dan curah hujan. Data yang dikumpulkan meliputi data sekunder kepadatan penduduk, faktor iklim dan jumlah kasus DBD. Hasil penelitian ini menunjukkan bahwa ada hubungan yang bermakna antara kelembaban (p=0,001)dengan kejadian DBD di Kota Bogor tahun 2010-2013. Sedangkan untuk kepadatan penduduk (p= 0,143), suhu (p= 0,236) dan curah hujan (p= 0,314) tidak terdapat hubungan yang signifikan dengan kejadian DBD.
Kata kunci : Demam Berdarah Dengue, faktor iklim, kepadatan penduduk, KotaBogor
The number of cases of Dengue Hemorrhagic Fever (DHF) have never decreasedin some tropical and subtropical regions and even tends to increase and causemany death in children. In Indonesia, DHF has become a public health problemduring the last 45 years. Some of the risk factors to the occurrence of infectionand the development of DHF include population density and climatic factors. Thisstudy aim to determine correlation between population density and climaticfactors in the incidence of DHF in Bogor City in 2010-2013. This study is aquantitative study with ecology design.Measurement of climatic factors includes temperature, humidity and rainfall. Thedata collected included secondary data population density, climatic factors and thenumber of DHF cases. The results of this study indicate that there is a significantcorrelation between humidity and DHF incidence in Bogor City in 2010-2013.Meanwhile, for population density, temperature and rainfall there is no significantcorrelation with the incidence of DHF.
Keywords: Dengue Hemorrhagic Fever climatic factors, population density,Bogor City
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Kata kunci : Demam Berdarah Dengue, faktor iklim, kepadatan penduduk, KotaBogor
The number of cases of Dengue Hemorrhagic Fever (DHF) have never decreasedin some tropical and subtropical regions and even tends to increase and causemany death in children. In Indonesia, DHF has become a public health problemduring the last 45 years. Some of the risk factors to the occurrence of infectionand the development of DHF include population density and climatic factors. Thisstudy aim to determine correlation between population density and climaticfactors in the incidence of DHF in Bogor City in 2010-2013. This study is aquantitative study with ecology design.Measurement of climatic factors includes temperature, humidity and rainfall. Thedata collected included secondary data population density, climatic factors and thenumber of DHF cases. The results of this study indicate that there is a significantcorrelation between humidity and DHF incidence in Bogor City in 2010-2013.Meanwhile, for population density, temperature and rainfall there is no significantcorrelation with the incidence of DHF.
Keywords: Dengue Hemorrhagic Fever climatic factors, population density,Bogor City
S-8171
Depok : FKM UI, 2014
S1 - Skripsi Pusat Informasi Kesehatan Masyarakat
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Rizsa Fauziah Ichwani; Pembimbing: Ema Hermawati; Penguji: Zakianis,Ririn Arminsih Wulandari, Hasnawati Amqam, Nur Dian Rakhmawati
Abstrak:
Kasus pneumonia sampai saat ini masih menempati posisi pertama sebagai penyakit menular yang menyebabkan morbiditas dan mortalitas pada balita di Indonesia. Kota Semarang dalam kurun waktu 10 tahun terakhir belum menunjukkan adanya penurunan tren kasus pneumonia balita berdasarkan Profil Kesehatan Kota Semarang. Faktor iklim menjadi salah satu faktor risiko yang dapat mempengaruhi kerentanan pada host dan menghadirkan kondisi lingkungan yang mendukung patogen pneumonia untuk bertahan hidup. Penelitian ini bertujuan untuk mengetahui korelasi antara paparan variabilitas iklim (lama penyinaran matahari, suhu udara rata-rata, kelembaban relatif, curah hujan dan kecepatan angin maksimum) terhadap kejadian pneumonia balita di Kota Semarang pada tahun 2012 – 2021. Penelitian ini menggunakan desain studi ekologi deret waktu. Metode analisis meliputi univariat, bivariat dan multivariat. Penelitian ini menggunakan data sekunder kasus pneumonia balita dan data iklim Kota Semarang tahun 2012-2021. Pada hasil univariat mendapati bahwa rata-rata kasus tertinggi terjadi pada bulan Maret. Analisis pada data iklim memperoleh hasil rata-rata lama penyinaran matahari tertinggi terjadi pada bulan Agustus. Suhu udara rata-rata tertinggi terjadi pada bulan Oktober. Kelembaban relatif tertinggi terjadi pada bulan Januari-Februari. Rata-rata curah hujan tertinggi terjadi pada bulan Januari-Februari. Rata-rata kecepatan angin maksimum tertinggi terjadi pada bulan Januari. Uji korelasi spearman menunjukkan hubungan yang signifikan (p < 0,05) pada lag 0 kelembaban relatif (r = 0,212) dan curah hujan (r = 0,198); lag 1 lama penyinaran matahari (r = - 0,206), suhu udara rata-rata (r = - 0,382), kelembaban relatif (r = 0,336), curah hujan (r = 0,283); lag 2 lama penyinaran matahari (r = - 0,270), suhu udara rata-rata (r = - 0,332), kelembaban relatif (r = 0,282), curah hujan (r = 0,185); lag 3 lama penyinaran matahari (r = - 0,240), curah hujan (r = 0,195). Uji multivariat GAMs poisson memperoleh hasil bahwa lama penyinaran matahari (lag 0, 1 dan 3), suhu udara rata-rata (lag 1 dan 3), kelembaban relatif (lag 3), curah hujan (lag 1) dan kecepatan angin maksimum (lag 2) berpengaruh terhadap pneumonia balita di Kota Semarang (R2 = 0,558; RMSE = 6,94). Berdasarkan hasil tersebut penting bagi masyarakat untuk meningkatkan kewaspadaan terhadap variabilitas iklim dan pada Dinas Kesehatan diharapkan dapat mempertimbangkan pola variabilitas iklim pada bulan-bulan yang menunjukkan adanya potensi peningkatan kasus pada perencanaan penanggulangan dan kegiatan surveilans pneumonia balita di Kota Semarang.
Until now, pneumonia cases still occupy the first position as an infectious disease that causes morbidity and mortality in children under five in Indonesia. The city of Semarang in the last 10 years has not shown a decrease in the trend of pneumonia cases under five based on the Semarang City Health Profile. Climatic factors are one of the risk factors that can affect the susceptibility of the host and present environmental conditions that support pneumonia pathogens to survive. This study aims to determine the correlation between exposure to climate variability (length of sunshine, average air temperature, relative humidity, rainfall and maximum wind speed) on the incidence of pneumonia under five in Semarang City in 2012 – 2021. This study used an ecological study design. time series. Methods of analysis include univariate, bivariate and multivariate. This study uses secondary data on cases of pneumonia under five and the climate data of Semarang City in 2012-2021. The univariate results found that the highest average case occurred in March. Analysis of climate data obtained the result that the highest average length of sunshine occurred in August. The highest average air temperature occurs in October. The highest relative humidity occurs in January-February. The highest average rainfall occurs in January-February. The highest average maximum wind speed occurs in January. Spearman correlation test showed a significant relationship (p < 0,05) at lag 0 relative humidity (r = 0.212) and rainfall (r = 0.198); lag 1 duration of sunshine (r = - 0.206), average air temperature (r = - 0.382), relative humidity (r = 0.336), rainfall (r = 0.283); lag 2 duration of sunshine (r = - 0.270), average air temperature (r = - 0.332), relative humidity (r = 0.282), rainfall (r = 0.185); lag 3 duration of sunshine (r = - 0.240), rainfall (r = 0.195). The multivariate test of GAMs Poisson obtained the results that the duration of sunlight (lags 0, 1 and 3), average air temperature (lags 1 and 3), relative humidity (lag 3), rainfall (lag 1) and maximum wind speed (lag 2) has an effect on pneumonia under five in the city of Semarang (R2 = 0.558; RMSE = 6.94). Based on these results, it is important for the community to increase awareness of climate variability and the Health Office is expected to consider the pattern of climate variability in the months that indicate a potential increase in cases in prevention planning and surveillance activities for pneumonia under five in Semarang City.
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Until now, pneumonia cases still occupy the first position as an infectious disease that causes morbidity and mortality in children under five in Indonesia. The city of Semarang in the last 10 years has not shown a decrease in the trend of pneumonia cases under five based on the Semarang City Health Profile. Climatic factors are one of the risk factors that can affect the susceptibility of the host and present environmental conditions that support pneumonia pathogens to survive. This study aims to determine the correlation between exposure to climate variability (length of sunshine, average air temperature, relative humidity, rainfall and maximum wind speed) on the incidence of pneumonia under five in Semarang City in 2012 – 2021. This study used an ecological study design. time series. Methods of analysis include univariate, bivariate and multivariate. This study uses secondary data on cases of pneumonia under five and the climate data of Semarang City in 2012-2021. The univariate results found that the highest average case occurred in March. Analysis of climate data obtained the result that the highest average length of sunshine occurred in August. The highest average air temperature occurs in October. The highest relative humidity occurs in January-February. The highest average rainfall occurs in January-February. The highest average maximum wind speed occurs in January. Spearman correlation test showed a significant relationship (p < 0,05) at lag 0 relative humidity (r = 0.212) and rainfall (r = 0.198); lag 1 duration of sunshine (r = - 0.206), average air temperature (r = - 0.382), relative humidity (r = 0.336), rainfall (r = 0.283); lag 2 duration of sunshine (r = - 0.270), average air temperature (r = - 0.332), relative humidity (r = 0.282), rainfall (r = 0.185); lag 3 duration of sunshine (r = - 0.240), rainfall (r = 0.195). The multivariate test of GAMs Poisson obtained the results that the duration of sunlight (lags 0, 1 and 3), average air temperature (lags 1 and 3), relative humidity (lag 3), rainfall (lag 1) and maximum wind speed (lag 2) has an effect on pneumonia under five in the city of Semarang (R2 = 0.558; RMSE = 6.94). Based on these results, it is important for the community to increase awareness of climate variability and the Health Office is expected to consider the pattern of climate variability in the months that indicate a potential increase in cases in prevention planning and surveillance activities for pneumonia under five in Semarang City.
T-6567
Depok : FKM UI, 2022
S2 - Tesis Pusat Informasi Kesehatan Masyarakat
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Desi Ermaleni Br Ginting; Pembimbing: Zakianis; Penguji: Budi Haryanto, Sri Tjahjani Budi Utami, Athena, Dede Tarmana
Abstrak:
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Penyakit Demam Berdarah Dengue (DBD) yang ditularkan oleh nyamuk Aedes aegypti sangat peka terhadap faktor iklim, khususnya curah hujan, suhu, dan kelembaban. Curah hujan di Kota Yogyakarta dengan intensitas yang tidak terlalu tinggi antara 1.660-2.500 milimeter per tahun mendukung ketersediaan habitat nyamuk. Suhu dan kelembaban di Kota Yogyakarta berada pada rentang suhu dan kelembaban optimum nyamuk untuk bertumbuh dengan baik yaitu pada suhu 25-27°C dan kelembaban antara 60-80%. Sehingga Insiden DBD di Kota Yogyakarta masih tinggi. Tujuan penelitian ini untuk menganalisis hubungan iklim terhadap insiden DBD. Studi ekologi dilakukan selama 3 bulan menggunakan data skunder. Unit analisis yang digunakan adalah bulan Januari-Desember dari tahun 2004-2013. Selanjutnya akan dianalisis secara statistik dan grafik. Curah hujan dengan insiden DBD tahun 2004-2013 memiliki r sebesar 0,333 dengan korelasi sedang dan pola positif dan nilai p sebesar 0,002. Suhu dengan insiden DBD memiliki r sebesar 0,186 dengan korelasi lemah dan nilai p sebesar 0,051. Kelembaban dengan insiden DBD memiliki r sebesar 0,571 dengan korelasi kuat dan pola positif dan nilai p sebesar 0,000. Curah hujan dan kelembaban tahun 2004-2013 memiliki hubungan yang signifikan dengan insiden DBD. Sedangkan suhu tidak memiliki hubungan yang signifikan dengan insiden DBD.
Dengue Hemmorhagic Fever (DHF) is spread by Aedes Aegypti is extremely sensitive toward climate, particularly the intensity of rainfall, temperature, and humidity. The intensity of the rainfall which is approximately 1.660-2500 millimeter/year supports the mosquito habitation in Yogyakarta. The temperature and damp in Yogyakarta are in the temperature and humidity optimum where mosquito can grow well; temperature 25-27?C and humidity between 60-80%. Thus, DHF in Yogyakarta is still high. The aim of this research is to analyze the correlation between climate toward DHF incidence.This research uses ecology study and community vulnerability which is done in three months using secondary data. The analisys unit are January-December period 2004-20013. It is analyzed in accordance with statistic and graphic. The intensity of rainfall with DHF incidence in 2004-2013 has r 0,333 with the average correlation and positive pattern and p value 0,002. The temperature with DHF incidence has r 0,186 with weak correlation and positive pattern and p value 0,051. The humidity with the DHF incidence has r 0,571 with a strong correlation and positive pattern and p value 0,000. Rainfall and humidity in 2004-2013 had a significant correlation with the incidence of DHF. While the temperature has no significant correlation with the incidence of DHF.
T-4295
Depok : FKM UI, 2015
S2 - Tesis Pusat Informasi Kesehatan Masyarakat
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Fajar Nugraha; Pembimbing: Budi Haryanto; Penguji: Ririn Arminsih Wulandari, Al Asyary, Tiffany Tiara Pakasi, Akhmad Yuliansyah
Abstrak:
Demam Berdarah Dengue (DBD) adalah suatu infeksi virus sistemik, yang ditularkan antarmanusia dengan perantaraan nyamuk Aedes. Saat ini, DBD merupakan vector-borne disease dengan tingkat penyebaran tercepat di dunia dan tingkat prevalensi tertinggi di wilayah tropis dan subtropis. Indonesia menempati urutan kedua tertinggi jumlah kasus DBD di antara 30 negara endemis DBD di dunia. Provinsi DKI Jakarta dan Provinsi Jawa Barat berkontribusi sebesar 33% dari total kasus DBD di seluruh Indonesia pada periode 1999-2018, sedangkan Provinsi Bengkulu merupakan peringkat terendah jumlah kasus DBD. Penelitian ini bertujuan untuk mengetahui pengaruh faktor iklim terhadap jumlah kasus DBD di periode 1999-2018.Penelitian ini menggunakan disain studi ekologi timetrend dengan kriteria inklusi yaitu kabupaten/kota yang di wilayah administrasinya terdapat stasiun pemantau cuaca Badan Meteorologi, Klimatologi dan Geofisika (BMKG) dengan seluruh wilayah administrasinya berada di dalam wilayah radius 15km dari titik lokasi stasiun pemantau cuaca BMKG. Kasus DBD tertinggi Kota Bandung dan Kota Bengkulu terjadi di periode Januari-Februari, sedangkan Kota Administrasi Jakarta Pusat terjadi di periode Maret-April-Mei. Curah hujan tertinggi Kota Bandung dan Kota Bengkulu terjadi di periode November-Desember, sedangkan Kota Administrasi Jakarta Pusat terjadi di periode Januari-Februari-Maret. Suhu udara tertinggi Kota Administrasi Jakarta Pusat dan Kota Bandung terjadi di periode September-Oktober, sedangkan Kota Bengkulu terjadi di periode April-Mei. Kelembaban udara tertinggi Kota Bandung dan Kota Bengkulu terjadi di periode November-Desember, sedangkan Kota Administrasi Jakarta Pusat terjadi di periode Januari-Februari. Terdapat hubungan yang signifikan (nilai-p<0,05) antara curah hujan dengan kasus DBD pada lag 2 bulan di Kota Administrasi Jakarta Pusat (15 tahun), Kota Bandung (13 tahun) dan Kota Bengkulu (3 tahun). Terdapat hubungan yang signifikan (nilai-p<0,05) antara suhu udara dengan kasus DBD pada lag 2 bulan di Kota Administrasi Jakarta Pusat (10 tahun), Kota Bandung (2 tahun) dan Kota Bengkulu (2 tahun). Terdapat hubungan yang signifikan (nilai-p<0,05) antara kelembaban relatif dengan kasus DBD pada lag 2 bulan di Kota Administrasi Jakarta Pusat (13 tahun), Kota Bandung (10 tahun) dan Kota Bengkulu (2 tahun).
Dengue is a systematic viral infection, which is transmitted between humans by the Aedes mosquito. Currently, dengue is the fastest spreading vector-borne disease in the world and the highest prevalence rate di the tropical and subtropical regions. Indonesia ranks the second highest in dengue cases among 30 dengue endemic countries in the world. DKI Jakarta and West Java Provinces contributed approximately 33% of the total dengue cases throughout Indonesia in the 1999-2018 period, while Bengkulu Province ranks the lowest for the number of dengue cases within the same period. This study aims to find the effects of climate factors to the number of dengue case in 1999-2018 period. Timetrend ecologic study design is conducted in this research. The inclusion criteria for the district or city to be selected as sample study, is that the district or city must have at least one weather station within its administrative area, and that the whole administrative area (100%) of the district or city must be within 15 kilometers radius from the location of the weather station. The highest number of dengue case in Bandung City and Bengkulu City occurred in January-February period, while in the Administrative City of Central Jakarta occurred in March-April-May period. The highest rainfall in Bandung City and Bengkulu City occurred in November-December period, while in the Administrative City of Central Jakarta occurred in January-February-March period. The highest temperature in the Administrative City of Central Jakarta and Bandung City occurred in September-October period, while in Bengkulu City occurred in April-May period. The highest relative humidity in Bandung City and Bengkulu City occurred in November-December period, while in the Administrative City of Central Jakarta occurred in January-February period. Rainfall is significantly associated (pvalue<0.05) with the number of dengue case at 2-months lag in the Administrative City of Central Jakarta (15 years), Bandung City (13 years) and Bengkulu City (3 years). Temperature is significantly associated (pvalue<0.05) with the number of dengue case at 2-months lag in the Administrative City of Central Jakarta (10 years), Bandung City (2 years), and Bengkulu City (2 years). Relative humidity is significantly associated (pvalue<0.05) with the number of dengue case at 2-months lag in the Administrative City of Central Jakarta (13 years), Bandung City (10 years), and Bengkulu City (2 years)
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Dengue is a systematic viral infection, which is transmitted between humans by the Aedes mosquito. Currently, dengue is the fastest spreading vector-borne disease in the world and the highest prevalence rate di the tropical and subtropical regions. Indonesia ranks the second highest in dengue cases among 30 dengue endemic countries in the world. DKI Jakarta and West Java Provinces contributed approximately 33% of the total dengue cases throughout Indonesia in the 1999-2018 period, while Bengkulu Province ranks the lowest for the number of dengue cases within the same period. This study aims to find the effects of climate factors to the number of dengue case in 1999-2018 period. Timetrend ecologic study design is conducted in this research. The inclusion criteria for the district or city to be selected as sample study, is that the district or city must have at least one weather station within its administrative area, and that the whole administrative area (100%) of the district or city must be within 15 kilometers radius from the location of the weather station. The highest number of dengue case in Bandung City and Bengkulu City occurred in January-February period, while in the Administrative City of Central Jakarta occurred in March-April-May period. The highest rainfall in Bandung City and Bengkulu City occurred in November-December period, while in the Administrative City of Central Jakarta occurred in January-February-March period. The highest temperature in the Administrative City of Central Jakarta and Bandung City occurred in September-October period, while in Bengkulu City occurred in April-May period. The highest relative humidity in Bandung City and Bengkulu City occurred in November-December period, while in the Administrative City of Central Jakarta occurred in January-February period. Rainfall is significantly associated (pvalue<0.05) with the number of dengue case at 2-months lag in the Administrative City of Central Jakarta (15 years), Bandung City (13 years) and Bengkulu City (3 years). Temperature is significantly associated (pvalue<0.05) with the number of dengue case at 2-months lag in the Administrative City of Central Jakarta (10 years), Bandung City (2 years), and Bengkulu City (2 years). Relative humidity is significantly associated (pvalue<0.05) with the number of dengue case at 2-months lag in the Administrative City of Central Jakarta (13 years), Bandung City (10 years), and Bengkulu City (2 years)
T-6072
Depok : FKM-UI, 2021
S2 - Tesis Pusat Informasi Kesehatan Masyarakat
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Ariefanny Nabila; Pembimbing: Dewi Susanna; Penguji: Zakianis, Aria Kusuma
Abstrak:
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Kondisi temperatur pesisir Jakarta yang terus meningkat akibat dampak dari perubahan iklim akan mempengaruhi penularan dan perkembangan penyakit, termasuk Tuberkulosis Paru. Kota Administrasi Jakarta Timur memiliki jumlah kasus TB Paru tertinggi di Provinsi DKI Jakarta dan terus mengalami kenaikan kasus. Penelitian ini menggunakan desain studi ekologi untuk menganalisis hubungan signifikan antara faktor mikro iklim dengan insiden TB Paru BTA (+). Hasil uji korelasi menunjukan adanya hubungan antara temperatur udara (lag 1: r= 0,1,93; lag 2: r= 0,289), kecepatan angin (lag 1: r= -0,139) dan curah hujan (lag 2: r= -0,173) dengan insiden TB Paru. Hasil analisis per bulan dan per tahun menunjukan hubungan antara faktor mikro iklim dengan insiden TB Paru BTA (+) pada periode musim basah. Faktor variabilitas mikro iklim dapat menggambarkan 0,8% dari insiden TB Paru BTA (+) yang sebenarnya. Kesimpulan dari penelitian ini adalah adanya hubungan searah antara temperatur udara, kecepatan angin, tekanan udara dan curah hujan tinggi terhadap insiden TB Paru. Sementara itu curah hujan yang rendah dan kelembaban relatif memiliki hubungan berlawanan arah dengan insiden TB Paru. Saran dari penelitian ini adalah untuk mengembangkan deteksi dini potensi peningkatan kasus TB Paru dengan indikator mikro iklim, serta memfokuskan pencegahan dan pengendalian TB Paru di musim basah.
The condition of Jakarta's coastal temperature which continues to increase due to the impact of climate change will affect the transmission and development of diseases, including Pulmonary Tuberculosis. East Jakarta Administrative City has the highest number of pulmonary TB cases in DKI Jakarta Province and continues to experience an increase in cases. This study used an ecological study design to analyze the significant relationship between microclimatic factors and the incidence of AFB (+) pulmonary TB. The results of the correlation test showed that there was a relationship between air temperature (lag 1: r= 0.1.93; lag 2: r= 0.289), wind speed (lag 1: r= -0.139) and rainfall (lag 2: r= - 0.173) with the incidence of pulmonary TB. The results of analysis per month and per year show the relationship between microclimatic factors and the incidence of AFB (+) pulmonary TB in the wet season period. The microclimate variability factor can describe 0.8% of the actual incident (+) Lung TB. The conclusion of this study is that there is a unidirectional relationship between air temperature, wind speed, air pressure and high rainfall on the incidence of pulmonary TB. Meanwhile, low rainfall and relative humidity have an opposite relationship with the incidence of pulmonary TB. Suggestions from this study are to develop early detection of the potential increase in pulmonary TB cases with microclimate indicators, and focus on prevention and control of pulmonary TB in the wet season.
S-11424
Depok : FKM-UI, 2023
S1 - Skripsi Pusat Informasi Kesehatan Masyarakat
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Ikha Purwandari Andari; Pembimbing: Budi Haryanto; Penguji: Ririn Arminsih Wulandari, Beben Saiful Bahri
S-6112
Depok : FKM UI, 2010
S1 - Skripsi Pusat Informasi Kesehatan Masyarakat
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M. Eza Azmi Fuadiyah; Pembimbing: Agustin Kusumayati; Penguji: Dewi Susanna, Budi Hartono, Suwito, Pandji Wibawa Dhewantara
T-4285
Depok : FKM-UI, 2015
S2 - Tesis Pusat Informasi Kesehatan Masyarakat
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Ramdhania Wukufianti; Pembimbing: Laila Fitria; Penguji: Ririn Arminsih Wulandari, Muhadi
S-6147
Depok : FKM UI, 2010
S1 - Skripsi Pusat Informasi Kesehatan Masyarakat
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Natasha Zwit Audrey; Pembimbing: R. Budi Haryanto; Penguji: Ririn Arminsih Wulandari, Lukman Hakim
Abstrak:
tujuan penelitian ini adalah untuk mengetahui hubungan antara variabilitas iklim (suhu, curah hujan,dan kelembapan udara) dengan kejadian malaria di Kota Jayapura tahun 2011-2020. Metode yang digunakan Penelitian ini adalah penelitian kuantitatif dengan desain studi ekologi.
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S-10720
Depok : FKM UI, 2021
S1 - Skripsi Pusat Informasi Kesehatan Masyarakat
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