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Asmika Harnalin Simarmata
Dosen Pengajar Jurusan Manajemen Sumberdaya Perairan Fakultas Perikanan Dan Ilmu Kelautan Universitas Riau
Agriculture, Biological Sciences & Forestry Humanities Biochemistry, Genetics & Molecular Biology Chemical Engineering, Chemistry & Bioengineering Chemistry Earth & Planetary Sciences Education Energy Environmental Science Immunology & microbiology Materials Science & Nanotechnology Physics Social Sciences

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Types and abundance of periphyton attached to the bamboo substrates in Lake Bakuok Aur Sati Village, Tambang District, Kampar Regency, Riau Province Sihombing, Djob Fernadi; Simarmata, Asmika Harnalin; Dahril, Tengku
Jurnal Online Mahasiswa (JOM) Bidang Perikanan dan Ilmu Kelautan Vol 7, No 2 (2020): 2 Juli - Desember 2020
Publisher : Jurnal Online Mahasiswa (JOM) Bidang Perikanan dan Ilmu Kelautan

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AbstractPeriphyton is a microorganism that attached to a submerged substrate. This research  aims to determine the trophic state of the inundated area in Bakuok Lake, Aur Sati Village on periphyton abundance. This research has been conducted in June-July 2019. There were 3 stations, namely S1 (settlements area and closed to palm plantation area), S2 (restaurant and settlements area), S3 (around the floating net cages area). In each station there were two sampling points, namely in the surface (15 cm depth) and 2 Secchi depths (174 cm depth). The substrate used is a bamboo substrate (10x11 cm2). Substrate placement done 1 week before sampling. Sampling were conducted 3 time, once/week. The periphyton samples were obtained by spraying the bamboo surface with aquadest using a plastic sprayer. The periphyton were preserved with lugol 1% was then identified and the abundance of periphyton (APHA, 2012) was calculated. Water quality parameters measured were temperature, transparency, depth, pH, dissolved oxygen, free carbondioxide, nitrate and phosphate. Results shown that there were 25 types of periphyton, belongs to 5 classes, namely Bacillariophyceae (16 types), Chlorophyceae (4 types), Cyanophyceae (2 types), Zygnematophyceae (2 types), and Eugelenophyceae (1 type). Periphyton abundance found during the study ranged from 1,928-8,558 cells/cm2. The most common periphyton type was Melosira granulata. Based on the type of periphyton, it was concluded that the area in Bakuok Lake, Aur Sati Village can be catagorized as eutrophic.  Keywords: Types, abundance, Melosira granulata, eutrophic
Types and Abundance of Periphytonin Glass Substrate in Lake TepianBatuTeratakBuluh Village, SiakHulu District, Kampar Regency, Riau Province Simangunsong, Perdinan; Simarmata, Asmika Harnalin; Dahril, Tengku
Jurnal Online Mahasiswa (JOM) Bidang Perikanan dan Ilmu Kelautan Vol 7, No 2 (2020): 2 Juli - Desember 2020
Publisher : Jurnal Online Mahasiswa (JOM) Bidang Perikanan dan Ilmu Kelautan

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ABSTRACT            Periphyton is a microorganism that lives attached to a submerged substrate. This research aims to determine the type and abundance of periphyton in TepianBatu Lake and was conducted in June-July 2019. There are three sampling station, namely S1 (Inlet water channel connecting Lake TepianBatu with Kampar Kanan River), S2 (located floating net cages), S3 (there are water plants and oil palm plantations around the lake). Each station there were2 sampling points, namely the surface (20 cm from the surface of the water) and 2 Secchi (124 cm). The substrate is a glass substrate (8x3 cm2). Substrate placement done 1 week before sampling.Sampling was carried out 3 times with an interval of 1 week. Periphyton samples were collected by spraying glass substrates with distilled water. The periphytonwere preserved with lugol 1% and then identified using an identification book by Prescott (1974), Belcher and Swale (1978), Yunfang (1995), Bigg and Kilroy (2000). Water quality parameters measured were temperature, brightness, pH, dissolved oxygen, free carbondioxide, nitrate and phosphate. Periphyton types found were 24 types consisting of 4 classes, namely Bacillariophyceae class (10 types), Chlorophyceae (9 types), Cyanophyceae (4 types), and Eugelenophyceae (1 type). Total periphyton abundance found during the study ranged from 5022-13176 cells/cm2. The most common type is Melosirasp. Based on the type of periphyton, it was concluded that TepianBatu Lake can be catagorized as eutrophic waters.Keywords: Types, Abundance,Melosirasp, eutrophic 
Carrying CapacitySungai Paku Reservoir Based on Total-P in Kampar Kiri District Kampar Regency Riau Province Nadira, Ismi; Simarmata, Asmika Harnalin; Dahril, Tengku
Jurnal Online Mahasiswa (JOM) Bidang Perikanan dan Ilmu Kelautan Vol 7, No 1 (2020): Edisi 1 Januari - Juni 2020
Publisher : Jurnal Online Mahasiswa (JOM) Bidang Perikanan dan Ilmu Kelautan

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Abstract            A carrying capacity is defined as the ability of aquatic environment to support the life of organisms in that area. The study aimed to determine the aquatic carrying capacity for aquaculture fishing of Sungai Paku Reservoir, Kampar Kiri District Kampar Regency Riau Province. The carrying capacity is determined based on Total-P concentration. The research was conducted during June to July 2019. Water samples were taken in three stations, namely Station 1 (riverine zone), Station 2 (transition zone), and Station 3 (lacustrine zone). In each stasions, there were 3 sampling point, in the surface, in two Secchi depth, and in four Secchi depth. Sampling was done three times, once/week. Water quality parameters measured were Total-P, transparency, temperature, depth, pH, Dissolved Oxygen, and BOD5. Carrying capacity was analyzed using the Beveridge formula (1984). Result shown the concentration of Total-P: 0.056–0.176 mg/L, transparency: 69.1-80.8 cm, temperature: 28-30 °C, depth: 4.2-6.5 m, pH: 5, Dissolved Oxygen: 2.08-5.19 mg/L, BOD5: 3.41-8.84 mg/L. Carrying capacity of Paku reservoir was 1432.9 kg/th, and number units floating cage can be operated was 6 unit. The current number of floating net cages (FNC) unit in Sungai Paku Reservoir was 12 units. Based on data obtained it can be concluded that the number of KJA have exceeded the reservoir carrying capacity. Keywords:Carrying capacity, Total-P, and floating net cages (FNC)
The Influence of Floating Net Cages on Trophic state Levels around Dam Site Koto Panjang ReservoirKampar Regency, Riau Province Sitohang, Dohar; Dahril, Tengku; Simarmata, Asmika Harnalin
Jurnal Online Mahasiswa (JOM) Bidang Perikanan dan Ilmu Kelautan Vol 8, No 1 (2021): Edisi 1 Januari s/d Juni 2021
Publisher : Jurnal Online Mahasiswa (JOM) Bidang Perikanan dan Ilmu Kelautan

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ABSTRACTFish cultivation activities in floating net cages produce uneaten feed and metabolic wastes. This study aims to know to know the effect of floating net cages (KJA) on the level of trophic state of the waters around the Dam Site of Koto Panjang Reservoir.Sampling was carried out at three stations, namely station 1 (less KJA), station 2 (moderate KJA), and station 3 (full KJA). Sampling was done 3 times once/week. Water quality parameters measured are temperature, transparency, pH, dissolved oxygen, CO2,total P, chlorophyll-a, and nitrate.The results shown that the average concentration of Total P : 0.27 to 0.33 mg/L, chlorophyll-a concentrations ranged : 2.76 to 16.31 µ/L, and transparency  ranged : 99-123 cm. temperature : 29-32.33 ° C, pH : 5-6, dissolved oxygen : 4.47-6.99 mg/L, CO25.32-15.98 mg/L, and nitrate concentration : 0.04-0.08 mg/L.The floating net cages have affected the concentration of Total P, chlorophyll-a, and nitrate. The two way ANOVA statistical test on the concentration of Total P, chlorophyll-a, and nitrate was not significantly different between stations and over time. TSI (State Trophic Index) value: 63.08-68.69. Based on TSI value,  the waters around Dam Site of  Koto Panjang Reservoir can be categorized as moderate  to eutrophic.Keywords: TSI (StateTrophic Index), Floating net cage, Water Quality,  PLTA Koto Panjang  Reservoir, Eutrophic.
Hubungan Kelimpahan Fitoplankton dengan Konsentrasi Klorofil-a di Danau Tanjung Kudu dan Danau Parit Kecamatan Tambang Kabupaten Kampar Provinsi Riau Hikma, Murbeni; Simarmata, Asmika Harnalin; Dahril, Tengku
Jurnal Online Mahasiswa (JOM) Bidang Perikanan dan Ilmu Kelautan Vol 8, No 1 (2021): Edisi 1 Januari s/d Juni 2021
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ABSTRACT             Research on the relationship between phytoplankton abundance and chlorophyll-a concentration was conducted in December 2020 in Tanjung Kudu Lake and Parit Lake, Tambang District. The aims of this study was to determine the relationship between phytoplankton abundance and chlorophyll-a concentration. There were 3 Station, namely Station 1 (inlet), Station 2 (middle of the lake), and Station 3 (end of the lake). Sampling point were at the surface and 2 Secchidepth, 4 times once/week. Water quality parameters were measuredsuch as temperature, pH, transparency, depth, DO, free CO2, nitrate, and phosphate. The results shown that the correlation between phytoplankton abundance and chlorophyll-a concentration in Tanjung Kudu Lake andParit Lakerespectively : Y = 1.10+3.19X(r) 0,90 and Y = 0.98+3.77X  (r) 0,93. Phytoplankton abundance  in Tanjung Kudu Lake range  22,646-50,124 cells/L and in ParitLake range from 25,344-60,985 cells/L. The chlorophyll-a concentration in Tanjung Kudu Lake range from 1.86-2.82 µg/L and in Parit Lake range from 1.86-3.07 µg/L. Water quality parameters such as temperature 29-29.7oC, pH 5.3-5.6, transparency 47.7-57.3 cm, depth 166.7-266.5, DO 3.1-5.1 mg/L, free CO2 9.9-15.9 mg/L, nitrate 0.02-0.04 mg/L, phosphate 0.02-0.04 mg/L in Tanjung Kudu Lake and in Parit Lake : temperature was 29.5-30oC, pH 5.2-5.6, transparency 57.8-67.1 cm, depth 141-240.7, DO 3.7-5.8 mg/L, free CO2 14.9-8.9 mg/L, nitrate 0.02-0.05 mg/L, phosphate 0.02-0.05 mg/L. Based on the data phytoplankton and chlorophyll-a, Tanjung Kudu Lake and Parit Lakecan be  categorized as mesotrophic.Keywords: Chlorophyll-a,Mesotrofik, Phytoplankton, oxbow lake, water quality                                                    
Trophic State Based On the Nygaard Index In Parit Lake in Tambang District, Kampar Regency, Riau Province. Desi, Ria Irawan; Dahril, Tengku; Simarmata, Asmika Harnalin
Jurnal Online Mahasiswa (JOM) Bidang Perikanan dan Ilmu Kelautan Vol 8, No 2 (2021): Edisi 2 Juli s/d Desember 2021
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                                            ABSTRACT                                            The Nygard index can be used to determine the trophic state of waters. Nygaard Index calculation is based on the number of phytoplankton species include in the following groups, that is Chlorococcales, Euglenophyceae, Centric Diatoms, Myxophyceae and Desmidiaceae. This study aims to determine the trophic status of Parit Lake based on the Nygaard Index. This research was conductedin December 2020. There were 3 station, namely at the inlet, in the middle of the lake and at the end of the lake. At each station 2 sampling points were determined at surface and Secchi. There were sampling was carried out three times, once/week. Water quality parameters measured were transparency, temperature, pH, nitrate, phosphate, dissolved oxygen, and free carbon dioxide. Result shown there were 28 types of phytplankton of Centric Diatom classes (7 types), Chloroccoles (8 types), Euglenophyceae (4 types), Cyanophyceae (2 types) and Desmidiaceae (5 types). Phytoplankton abundance ranges from 24,768-41,472Sel/ L. Water quality parameters were as follows: transparency 47.5-62 cm, temperature 31-330;, pH 5.08-5.33, nitrate 0.04-0.0437 mg / L, phosphate 0.033-0.049 mg / L, dissolved oxygen 4, 4-5.71 mg / L, free carbon dioxide from 8.48 to 10.65 mg / L. Nygaard Index value in Parit Lake during the study ranged from 2.0-2.6,or trophic state of Parit Lake can be categorized as mesotrophic to eutrophic.Keywords: Eutrophic,Mesotrophic,Oxbow lake,Phytoplankton.
Carrying capacity of Pangean Reservoir, Pasar Baru Village, Pangean Subdistrict, Kuantan Singingi Regency, Riau Province based on dissolved oxygen Br Sitorus, Chrisna Heni Nozelina; Dahril, Tengku; Simarmata, Asmika Harnalin
Jurnal Online Mahasiswa (JOM) Bidang Perikanan dan Ilmu Kelautan Vol 7, No 2 (2020): 2 Juli - Desember 2020
Publisher : Jurnal Online Mahasiswa (JOM) Bidang Perikanan dan Ilmu Kelautan

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AbstractCarrying capacity is an ability of the aquatic environment to support the life of cultivated organisms. This study aims to determine the carrying capacity for aquaculture based on dissolved oxygen concentration. This research was conducted in July-August 2019 at Pangean Reservoir. Water samples were taken at four stations, namely Station 1 (riverin zone), Station 2 and Station 3 (transition zone) and Station 4 (lacustrine zone). In each station has 2 sampling points, namely surface, 2 Secchi depth which is done once a week. Water quality parameters measured are dissolved oxygen, temperature, pH, brightness, depth, phosphate. The results showed that dissolved oxygen (DO) concentrations ranged from 4.2 to 6.2 mg / L on the surface, at a depth of 2 Secchi ranging from 3.07 to 5.67 mg / L. Water quality parameters support depth ranges from 248-388 cm, brightness ranges from 93-102 cm, temperatures range from 29-31oC, pH 5, Total-P 0,043-0,153 mg/L.. The carrying capacity of Pangean Reservoir based on dissolved oxygen is 3,418 kg / year and the number of floating net cages that can operate is 13 units with a size (4 x 6 x 2) m3. The number of marine cage currently available is 100 units. Based on this research, the number of KJA plot units in Pauh Pangean Reservoir has exceeded its carrying capacity.Keyword:Carrying capacity, dissolved oxygen, floating cage, Pangean Reservoir and  Water Quality
Comparative Study DO, CO2,pH in Tanjung Kudu lake Kualu Village Tambang District Kampar Regency and PLTA Koto Panjang Hydroelectric Reservoir Riau Province Munthe, Ayaki Tomala; Simarmata, Asmika Harnalin; Dahril, Tengku
Jurnal Online Mahasiswa (JOM) Bidang Perikanan dan Ilmu Kelautan Vol 8, No 2 (2021): Edisi 2 Juli s/d Desember 2021
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ABSTRACTThis research about comparative study DO, CO2, pH in Tanjung Kudu Lake Kualu Village, Kampar Regency and PLTA Koto Panjang Hydroelectric Reservoir Riau Province was conducted on January 2021. There were 3 station in Tanjung Kudu Lake as well as Koto Panjang Hydroelectric Reservoir. Sampling was done every 4 hours during 3 days. Sampling in Tanjung Kudu Lake based on Secchi depth namely surface and 2 Secchi depth and in Koto Panjang Hydroelectric Reservoir, namely surface, 2 Secchi depth, 4 Secchi depth, 10 Secchi depth, 20 Secchi depth, and the bottom of lake. The Result shownthe average of DO in Tanjung Kudu Lake  ranges from 4.62–7.53 mg/L, CO2 ranges from 4.00–8.88 mg/L, pH 5, temperatures ranges from 27–30°C, transparency ranges from 34-49 cm, depth ranges from 1,2-2 m, and in Koto Panjang Hydroelectric Reservoir concentration of DO ranges from 1.87 mg/L-7.60 mg/L, CO2 ranges from 7.10 mg/L-32.41 mg/L, pH ranges from 5–6, temperatures ranges from 24-32°C, transparency ranges from 101-135 cm, depth ranges from 34-41 m. Two-way Anova test showed that the concentration of DO, CO2, and pH between Tanjung Kudu Lake and Koto Panjang Hydroelectric Reservoir were significantly different.Keywords: Water Quality Parameters, Tanjung Kudu Lake, Koto Panjang Hydroelectric Reservoir
Profil Vertikal Oksigen Terlarut di Danau Pinang Luar (Oxbow Lake) Kecamatan Siak Hulu, Kabupaten Kampar, Provinsi Riau Madju Siagian; Asmika H. Simarmata
Jurnal Akuatika Vol 5, No 1 (2014): Jurnal Akuatika
Publisher : Fakultas Perikanan dan Ilmu Kelautan

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Kajian ini berada di danau Pinang luar dengan konsentrasi Dissolved Oxygen (DO) dipengaruhi oleh kondisi lingkungan. Studi ini bertujuan untuk mengetahui konsentrasi DO di danau Pinang Luar, sebuah danau oxbow yang menerima air dari Sungai Kampar telah dilakukan pada Juni-Juli 2013 selama level air minimum . Pengambilan sampel dilakukan dengan metode post facto survei . Ada 3 stasiun , yaitu Stasiun 1 (inlet), Station 2 (di bagian tengah danau) dan Station 3. Sampling vertikal pengambilan sampel diputuskan berdasarkan transparansi air, di permukaan, di 1,5 dan 2,5 kedalaman Secchi dan di dasar danau. Pengambilan sampel dilakukan sekali / minggu , untuk jangka waktu 3 minggu. Parameter yang diukur adalah DO, suhu , transparansi , pH , kedalaman dan kelimpahan fitoplankton . Hasil menunjukkan bahwa DO di permukaan adalah 5,20-6,40 mg / l , dalam 1,5 secchi adalah 4,00-4,40 mg / l , dalam 2,5 secchi adalah 2,93-4,00 mg / l dan di bagian bawah adalah 1,87-2,53 mg / l . Data profil DO menunjukkan bahwa penurunan tertinggi terjadi pada permukaan untuk kedalaman secchi 1.5 (0 m sampai 1,0 m kedalaman masing-masing) . Secara umum, konsentrasi DO di daerah antara permukaan air sampai kedalaman 2,5 Secchi sangat cocok untuk mendukung kehidupan organisme air .
Profil Vertikal Oksigen Terlarut di Danau Oxbow Pinang Dalam, Desa Buluh Cina-Siak Hulu, Kabupaten Kampar, Provinsi Riau Maju Siagian; Asmika H. Simarmata
Jurnal Akuatika Vol 6, No 1 (2015): Jurnal Akuatika Vol. VI. No. 1/Maret 2015
Publisher : Fakultas Perikanan dan Ilmu Kelautan

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Kandungan oksigen terlarut (DO)  terkait dengan kedalaman air. Untuk memahami profil vertikal dari konsentrasi DO, penelitian dilakukan pada bulan Februari-Maret 2014 di Pinang Dalam Oxbow Lake. Sampel air diambil di tiga stasiun, yaitu stasiun 1, stasiun 2 dan stasiun 3. Pengambilan sampel secara vertikal didasarkan pada kecerahan dimana pada permukaan perairan sekitar 2,5 m dari kedalaman secchi dan bagian dasar perairan. Parameter kualitas air yang diukur adalah pH, suhu, nitrat dan fosfat, kecerahan, serta DO. Hasil penelitian menunjukkan konsentrasi DO di permukaan: 3,84 mg/l-5.29 mg/l; di kedalaman 2,5 secchi: 3,51 mg/l-4,87 mg/l; dan di kedalaman bawah; 2.04 mg/l-2.58 mg/l. Kelarutan oksigen, nitrat dan fosfat konsentrasi juga terkait dengan kedalaman. Konsentrasi Nitrat dan fosfat di permukaan adalah 0,02-0,03 mg/ldan 0,04-0,05 mg/lmasing-masing, di kedalaman secchi 2,5 m adalah 0,04-0,07 mg/ldan 0,01-0,10 mg/ldan di bagian bawah adalah 0,07-0,34 mg/ldan 0,46-071 mg/l. Nilai pH di permukaan sampai ke bawah adalah 5. Berdasarkan data oksigen terlarut yang diperoleh, dapat diindikasikan bahwa ada kebutuhan oksigen oleh limbah organik terutama di bawah air. Kata kunci: Danau Pinang Dalam,Oksigen terlarut, Profil vertikal   
Co-Authors ', Edduardo Abdi Doly Tarigan Adithia Netanyahu Purba Agung Prabowo Agustri Minggu Samosir Minggu Samosir Ali Akbar Navis Amat M. Siregar Amat Marustar Siregar Andri Hendrizal Arico Candra Tambunan Astria, Katarina Gita Ayunanda Mustika Sari Azmudin ' Bennawaty Bennawaty Berton Panjaitan Beta Posmarito Pardede Bibiana W. Lay Br Sitorus, Chrisna Heni Nozelina Br. Allagan, Desima Kristina Buala Ziduhu Laia Budijono, Budijono Christin M. Saragih Cindy Fantika Sari Clara Novicasari Br Surbakti Clemen Sihotang Clemens Sihotang Cristy Artha D Sinurat D Kusumawati, Yuliana Dameyana S.C Lumban Tobing Darwinda Darwinda Dasti Janarko Putra, Dasti Janarko Defi Fitriya Dalimunthe Deni Efizon Desi, Ria Irawan Dewi, Afrila Diah Sari Ninggrum Dimas Dwi Nugroho Santoso Dio M Silalahi Dumaria, Roma Efredy Tamba Eka Dwinata Nopitasari Eko Purwanto Eko Simatupang Ella Dabella Manja Enan M. Adiwilaga Erwin David Sianipar Esmi Yanti br Sinaga Fadilah, Nisa Wangi Tresna Fahrezzy, Reggi Farida Sri Indah Ginting, Dinda Julianti Gultom, Zogi Tri Harjoyudanto, Yudho Hendra Saputra Henni Syawal Hidayati Hasibuan Hidayatunnisah, Putry Hikma, Murbeni Hosianna Sitorus Indra R. Simangunsong, Indra R. Indradewa, Rhian Irfan Anggriawan Irwan Nababan Isma Mulyani Jerima, Raihan Jiboro, Mega Rani Joko Samiaji Juliana Ivana Siregar Julianti ' July Prenky Purba Krismanto Viade Nababan Libra Trio Situmorang, Libra Trio Lubis, Helfrida M Silalahi, Dio M. Arifan Fadhilla M Madju Siagian Madju Siagian Madju Siagian Madju Siagian Madju Siagian2 Magdalena Fitriani Daeli Maju Siagian Mandasari, Ayu Defi Manurung, Dostiarni Minsa Karolina Maria Virgita Sihaloho, Maria Virgita Merlin Evan Olivia Hutauruk Miranda Wahyuni Raja Gukguk Muhammad Edom Rifai Muhammad Zaki Mulyani, Isma Munthe, Ayaki Tomala Nadia Putri Julita Nadira, Ismi Nainggolan, Dorma Abigail Natasya Margareth Pasaribu Nia Anggraini Nugroho, Rio Cahyo Nuraini El Fajri Nurrina, Haura Olivia, Reyka Kristin Petrus Juandatua Sirait, Petrus Juandatua Prakoso, Dodo Prian Mintaito Simangunsong Putra, Aldo Pratama Radieka Febyando, Radieka Rahmi Hidayana Hasibuan Raihan Jerima Rancelia Kristina Simanjuntak Rati Muspa Rekha Mutiara Manurung Renny Sibuea Ricki Meno P Sinurat Ricky Christoper P. S Rina D’rita Sibagariang Rina Maria Rini Sinaga Rodo Sinatra Nababan, Rodo Sinatra Roma Dumaria S Sinaga, Jefri Daniel Santo Rio Pakpahan Santoso, Dimas Dwi Nugroho Santun Tua Siburian Satria Yunda Sembiring, Rinawati Septriza Radella Shinta Permata Sari Siahaan, Oloan Sibagariang, Rina D'rita Sibagariang, Rina D’rita Sibuea, Renny Sihombing, Djob Fernadi Sihombing, Evi Stevani Sihombing, Susi Silaen, William Fransisco Simangunsong, Perdinan Simanjuntak, Taruli Septiana Sistim Wehalo Sitohang, Dohar Sitorus, Rike Yance Sofyan Husein Siregar Sovianti, Yona Syada Nopriadi Akbar Tamba, Niger Efafras Tengku Dahril, Tengku Theresia Tifany Saragih Tiara Priskila Tri Prartono Tri Wahyudi Triani, Mike Tuti Maisarah Br. Siregar Valentina Manurung Walmon Sinaga Windarti Windarti Windarti Windarti Yeni Handayani Yona Sovianti Yudho Harjoyudanto Yudi Asriansyah Yuli Suciati Yuni Piratih, Yuni Yunita, Sarah Amelia Yuris Fiestaria Naibaho Yusmidar Yusmidar Zaini Hafiz Zein Lubis, Solat Adawiyah