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All Journal PREMISE: Journal of English Education and Applied Linguistics AGRISE Fakultas Pertanian eUREKA : Jurnal Penelitian Mahasiswa Teknik Sipil dan Teknik Kimia Jurnal SOLMA Visipena Halu Oleo Law Review JMKSP (Jurnal Manajemen, Kepemimpinan, dan Supervisi Pendidikan) BUANA SAINS Jurnal Review Pendidikan dan Pengajaran (JRPP) Budapest International Research and Critics Institute-Journal (BIRCI-Journal): Humanities and Social Sciences Jurnal Pendidikan dan Teknologi Indonesia Jurnal Mandiri IT Jurnal Media Akuntansi (MEDIASI) TRILOGI: Jurnal Ilmu Teknologi, Kesehatan, dan Humaniora JAPI: Jurnal Akses Pengabdian Indonesia Al-DYAS : Jurnal Inovasi dan Pengabdian kepada Masyarakat MAP (Jurnal Manajemen dan Administrasi Publik) Moderasi : Journal of Islamic Studies Riwayat: Educational Journal of History and Humanities Proceeding Of International Conference On Education, Society And Humanity

Astutik Astutik

Program Studi Agroekoteknologi, Fakultas Pertanian, Universitas Tribhuwana Tunggadewi

Author-ID : 442292

Religion Agriculture, Biological Sciences & Forestry Arts Humanities Biochemistry, Genetics & Molecular Biology Chemical Engineering, Chemistry & Bioengineering Chemistry Civil Engineering, Building, Construction & Architecture Computer Science & IT Economics, Econometrics & Finance Education Energy Engineering Health Professions Industrial & Manufacturing Engineering Languange, Linguistic, Communication & Media Law, Crime, Criminology & Criminal Justice Library & Information Science Mathematics Nursing Physics Public Health Social Sciences Other

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UPAYA MENINGKATKAN PRODUKSI TANAMAN TOMAT DENGAN APLIKASI GANDASIL B Astutik Astutik; Astri Sumiati
BUANA SAINS Vol 18, No 2 (2018)
Publisher : Universitas Tribhuwana Tunggadewi

One of efforts to increase tomato plant productions can be done by fertilization. Gandasil B was one of leaf fertilizer which can be used to fill P of plant so that it can increase the plant production. However, so far it has not been used for tomato plants. Therefore, it needs to do a research in order to find out the concentration and fertilization period of Gandasil B to tomato production. The research was conducted in Lowokwaru Village, Malang on March to August 2012. The research consisted of 8 treatment combinations, they are K0P1 (without treatment), K1P2 (1g/l per 1 week), K2P1 (2g/l per 1 week), K3P1 (3g/l per 1 week), K0P2 (without treatment), K1P2 (1g/l per 2 weeks), K2P2 (2 g/l per 2 weeks), K3P2 (3 g/l per 2 weeks). Each treatment was repeated four times.The research results can be concluded that there is concenration interaction and fertilization period to plant height at the age of 14 and 49 days after planting, leaves amount at the age of 14, 21, 28, 35, and 42 after planting, flowers amount at the age of 49 days after planting, branches amount at the age of 49 days after planting, and fruits amount. However, partially fertilization period treatment affects at flowering time, flowers amount at the age of 28.35 and 42 days after planting, and fruits weight. The best plant of Gandasil B fertilization results 25.98 fruits/plant with total weight of 1.23 kg/plant

MULTIPLIKASI MERISTEM UBIKAYU (Manihot esculenta) DALAM MEDIA MURASHIGE AND SKOOG (MS) MODIFIKASI NAA (Naphthalene Acetic Acid) DAN BA (Benzyl Adenine) Natalia Tinoncy Waro; Astutik Astutik; Astri Sumiati
BUANA SAINS Vol 20, No 2 (2020)
Publisher : Universitas Tribhuwana Tunggadewi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33366/bs.v20i2.2256

This research aimed to see the effect of the addition of NAA and BA into MS media for the development of cassava micropropagation, furthermore, the composition of the media was appropriate to produce the maximum number of cassava shoots. The study was conducted using a completely randomized factorial design consisting of 2 factors, namely: Factor I: the concentration of Naphthalene Acetic Acid (NAA) consisted of 2 levels, namely: 0 mg / l (N0) and 0.1 mg / l (N1). The second factor was the concentration of Benzyl Adenine (BA) consisting of 4 levels: 1.0 mg / l (B1); 3.0 mg / l (B2); 5.0 mg / l (B3) and 7.0 mg / l (B4). Apply 8 treatment combinations, N0B1; N0B2; N0B3, N0B4, N1B1; N1B2; N1B3; N1B4. Observations were made on the variables: time of shoot initiation, number of shoots, number of leaves, and percentage of live and contaminated explants until the age of 16 weeks after sub-culture. The results showed that there was no interaction between the addition of the auxin hormone NAA and the cytokinin BA into MS medium at the time of shoot initiation, but both hormones could support the number of new shoots and the number of leaves per plantlet. Media without the addition of NAA with the addition of BA 1.0 - 3.0 mg / l was able to initiate new shoots the fastest, namely 7-10 days. The best number of shoots of cassava (4.43 shoots/explant) used MS medium without the addition of NAA with BA 3.0 mg / l for 16 weeks (4 months) of culture.

PENGGUNAAN ALAR DAN BENZYLADENIN PADA MULTIPLIKASI MERISTEM PISANG Astutik Astutik; Sutoyo Sutoyo; Astri Sumiati
BUANA SAINS Vol 21, No 2 (2021)
Publisher : Universitas Tribhuwana Tunggadewi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33366/bs.v21i2.3202

Alar is a growth regulator that in certain concentrations can inhibit growth, shorten stem segments, strengthen stems to improve the quality of tissue-cultured seedlings. This study aimed to determine the effect of alar and Benzyl Adenin (BA) on banana meristem multiplication. The experiment was conducted in Tissue Culture Laboratory, Faculty of Agriculture, Tribhuwana Tunggadewi University, Malang. The study used a Completely Randomized Design consisting of two factors, namely alar concentration (A0 = 0 mg/l and A1 = 1 mg/l) and BA concentration (B1 = 1 mg/l, B2 = 3 mg/l, B3 = 5 mg/l and B4 = 7 mg/l). Observations were made for 12 weeks of culturing with the observation variables: shoot initiation, number of shoots/explants, number of leaves, and shoot height. The results showed that alar and BA did not significantly affect the development of banana meristems. The use of Alar caused the banana plantlets to be shorter and sturdy, while BA affected the number of shoots produced. BA 1 mg/l was able to increase more shoots.

PENGARUH PEMBERIAN HORMON NAA, PUPUK GANDASIL DAN PUPUK GROWMORE PADA PERTUMBUHAN TANAMAN ANGGREK Astri Sumiati; Astutik Astutik
BUANA SAINS Vol 19, No 2 (2019)
Publisher : Universitas Tribhuwana Tunggadewi

Orchid is an ornamental plant, including the Orchidaceae tribe, which is widely favored among the ornamental plant community because it has high economic value, unique shapes, attractive colors and longer-lasting blooming flowers, one of which is a Phalaenopsis orchid. One of the efforts to accelerate the vegetative phalaenopsis can be done with the application of the NAA hormone and leaf fertilizers such as Gandasil fertilizer and Growmore fertilizer. The aims of this research to determine the effect of NAA, Gandasil and Growmore fertilizer types on the growth of hybrid Phalaenopsis orchids. The study was conducted at Greenhouse Jalan Tlogomas Kec. Lowokwaru, Malang City, for 5 months. The experiment was carried out using a factorial Completely Randomized Design (CRD) consisting of 2 factors namely, the factor I: NAA concentration: control 0 ppm (N0), 100 ppm (N1), 200 ppm (N2), and 300 ppm (N3). Factor II: leaf fertilizer, Growmore (P1) and Gandasil D (P2). Variables observed included: when buds appeared, leaf length, leaf width and percentage of live plants. The results showed that there was an interaction between the concentration of NAA and the type of leaf fertilizer on the emergence of shoots. When the fastest shoots appear at 100 ppm NAA, Growmore fertilizer (N1P1), which is 29 days. The NAA hormone influences the increase in leaf length and leaf width until 16 weeks of age. The best growth of hybrid Phalaenopsis was obtained at the administration of 200 ppm NAA with an increase in leaf length of 1.49 cm and an increase in leaf width of 1.06 cm until 16 weeks of age. Growmore and Gandasil D did not affect the vegetative growth of hybrid Phalaenopsis Orchid plants.

STIMULASI PERTUMBUHAN VEGETATIF PHALAENOPSIS DENGAN INDOLE ACETIC ACID (IAA) Astutik Astutik; Ricky Indri Hapsari
BUANA SAINS Vol 9, No 2 (2009)
Publisher : Universitas Tribhuwana Tunggadewi

The objectives of this research was leaning and finding the consentrade of IAA (Indole Acetic Acid) on vegetative growth of Phalaenopsis sp. The research used a randomly completely block design consisting of five treatments on level IAA consentration : 0 mg/l (A0), 100 mg/l (A1), 200 mg/l (A2), 300 mg/l (A3) and 400 mg/l (A4). Every treatment was replicated five times. The observed parameters included the amount of increasing leaves, the length and width of lives, the amount of increasing roots and the length of increasing roots. The results showed that the consentrade 400 mg/l IAA was the most appropriate consentrade to stimulated on vegetative growth of Phalaenopsis sp. The length of increasing leaves was 0,93 cm and the amount of increasing roots was 3,90

KERAGAMAN KLON PHALAENOPSIS HASIL RADIASI SINAR GAMMA : PERUBAHAN FENOTIF FASE PERTUMBUHAN VEGETATIF Astutik Astutik
BUANA SAINS Vol 12, No 1 (2012)
Publisher : Universitas Tribhuwana Tunggadewi

Phalaenopsis is the most popular orchid for the consumer, because it has unique and interesting color, shape and size of flower and some flowers fragrant. One of the ways to improve the diversity of color and shape of the Phalaenopsis flower can be done by artificial mutation through gamma radiation. The study aims to determine the effect of Gamma ray radiation in Phalaenopsis phenotypes during vegetative growth. The experiment was conducted in two places; the implementation of radiation was carried out in BATAN Jakarta and then acclimatized in Green’s house of farmers in Bumiayu Village, Kedung Kandang, Malang in the months from January to June 2011. The experiment was arrange single Completely Randomized Design using dosage of gamma radiation treatment five levels: 0 krad (R0); 1.0 krad (R1); 2.0 krad (R2); 3.0 krad (R3) and 4, 0 krad (R4). Each treatment consist of fivereplication. The observations were made on the parameters of the number of leaves and the length and width of leaves at week 4, 8, 12, 16, the percentage (%) of plant life, color and leaf shape and the content of chlorophyll were measured at the end of the observation. The results show that the dosage of Gamma radiation influenced the number in leaves, the leaves color and shape, the amount of chlorophyll, but has no effect on the length and width of leaves at 16 weeks after radiation. The higher dose of gamma rays affected the vegetative growth slowest at dosage of 4.0 krad. Gamma ray dosage from 1.0 to 4.0 krad are able to produce color change in Phalaenopsis leaves

PENINGKATAN KUALITAS BIBIT PISANG KEPOK MELALUI RADIASI SINAR GAMMA SECARA IN VITRO Astutik Astutik
BUANA SAINS Vol 9, No 1 (2009)
Publisher : Universitas Tribhuwana Tunggadewi

This research was aimed at understanding and examining plantlet response to Kepok Banana in various doses of gamma ray radiation. Single Complete Random Planning was employed with 5 levels of gamma ray radiation doses. These five treatments comprised to 0 krad (A); 2.5 krad (B); 5.0 krad (C); 7.5 krad (D); and 10.0 krad (E). Every treatment had 5 replications. Each replication had 2 bottles such that 50 bottles emerge for a unit of experiment. The observation involved parameters such as shooting period, number of shoot, number of leaf, shoot height, plantlet stem, rooting period, number of leaf chlorophyll, and esterase iso enzyme tape pattern. Results of research indicated that gamma ray radiation doses affected its morphology characteristics (shooting period, number of shoot, number of leaf, shoot height, and number of leaf chlorophyll) and its genetic characteristics (esterase iso enzyme tape pattern from leaf). Dose of 2.50 krad gamma ray was able to produce mutant-based Kepok Banana shown by different morphology and genetic characteristics from original seed. Doses of 5.0, 7.5, and 10.0 krad gamma ray radiations had harmful effect on plantlet of Kepok Banana

PENGGUNAAN AIR KELAPA DALAM MEDIA KULTUR JARINGAN PISANG Astutik Astutik
BUANA SAINS Vol 8, No 1 (2008)
Publisher : Universitas Tribhuwana Tunggadewi

The objectives of this research were to study and to find out the influence of various liquidity in tissue culture’s media of banana toward the development of banana’ meristem, and to obtain a precisely coconut pond concentration in media of tissue culture resulted in the best plantlet. Treatments employed for this study comprised two factors. Liquidity of coconut pond as the first factor consisted of four levels, i.e. 0 % (A0), 7,5 % (A1), 15 % (A2) and 22,5 % (A3). Varieties of banana as the second factors consisted of Kepok (P1) and Ambon (P2). Parameters observed were initiation of rhizomes, number of rhizomes, number of leaves, root initiation, and number of roots. The results indicated that there were interactions between the liquidities of coconut ponds and variety of bananas during rhizomes initiation, number of leaves, period of root initiation and number of roots. The liquidities of coconut ponds in the concentration of 7,5 % and 15 % resulted in better rhizomes quality than other solutions. Whereas the liquidity of 7,5 % resulted in best quality of rhizomes initiation and number of leaves in Ambon variety. Best root initiation and number of roots was observed at 15 % liquidity of coconut pond treatment

PENGGUNAAN BEBERAPA JENIS PUPUK DAUN DAN JENIS BAHAN WADAH PADA FASE PEMBUNGAAN Phalaenopsis sp. Astutik Astutik; Astri Sumiati; I Made Indra Agastya; Sutoyo Sutoyo
BUANA SAINS Vol 22, No 2 (2022)
Publisher : Universitas Tribhuwana Tunggadewi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33366/bs.v22i2.3744

The research aimed to determine the type of foliar fertilizer and container for the flowering phase of lunar orchids. The study was conducted from November 2021 to February 2022, using a completely randomized design with two treatment factors and eight treatment combinations repeated three times. The combinations of these treatments are (a) Type of plastic container and Gandasil B leaf fertilizer 1 g/l (P1G1); (b) Type of plastic container and Gandasil B leaf fertilizer 2 g/l (P1G2); (c) Type of plastic container and Vanda's leaf fertilizer 1 g/l (P1G3); (d) Type of plastic container and Vanda's leaf fertilizer 2 g/l (P1G4); (e) Type of container for coconut coir and Gandasil B leaf fertilizer 1 g/l (P2G1); (f) Type of container for coconut coir and Gandasil B leaf fertilizer 2 g/l (P2G2); (g) Type of container for coconut coir and Vanda's leaf fertilizer 1 g/l (P2G3) and (h) Type of container for coconut coir and Vanda's leaf fertilizer 1 g/l (P2G4). Observations included parameters: number of leaves, leaf width, leaf length, when the stalk appears, stalk length, and number of flowers. The results showed that there is an interaction between the type of container and foliar fertilizer in supporting the flowering of Phalaenopsis sp. This type of coir container with Gardasil B fertilization of 2 g/l can produce flower stalks about seven months after transplanting and at the age of 8 months, the flower stalk length reaches 12 cm with the number of flower buds 2 – 3 buds per plant.

IDENTIFIKASI SERANGGA YANG BERASOSIASI DENGAN TANAMAN JAGUNG MANIS (Zea mays saccharata sturt L.) Sumiati, Astri; Sutoyo, Sutoyo; Astutik, Astutik; Anggarbeni, Susilo Ribut; Ama, Karolus Asan Boli
BUANA SAINS Vol 23, No 2 (2023)
Publisher : Universitas Tribhuwana Tunggadewi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33366/bs.v23i2.5017

This study aimed to identify and know the associated insects and their role in sweet corn plants. This study used a non-factorial randomized block design (RBD) with three kinds of treatment; yellow traps, net traps, and ground traps. Each treatment was repeated nine times so that there were 27 experimental units. In each treatment plot, the sample size is 3m x 1m. Sampling of insects on corn plants using net traps, yellow traps, and soil traps. The result showed that found 1,012 insects, from 8 Ordo and 25 families in sweet corn plants. In the vegetative phase found 636 insects in various roles. 408 insects are pests and 228 insects that are natural enemies. A total of 406 insects were found in the generative phase, 196 of which were pests and 210 were natural enemies.

Co-Authors A. F., Elisabeth A.A. Ketut Agung Cahyawan W Aceng, Kasianus Ahmad Zubaidi Ali Amran Ama, Karolus Asan Boli Amir Hamzah Andari, An An Andi Warisno Anshori, M Afif Asih Asih, Asih Asri Dewi, Asri Astri Sumiati Aulia Rahmi, Beta Sari Aulita, Rida Nur Bambang Siswanto Budiyono, Debora Cahyani, Prilian Daryaswanti, Daryaswanti Dato, Yasintus Dema, Marlince May Dewi Gunawati Dhone, Emiliyani Meo Diana, Siti Nur Ebu, Liberti Edyson Indawan Elikardo, Elikardo Emma Lilianti, Emma Ester Windhayanti br Butar butar, Ester Windhayanti Fahrur Rozi Febianingsih, Febianingsih Firdaus, Firman Aditya Fitria, Yaumul Geraldine, Agatha Ginanjar, Slamet Hadim, Tomas Didimus Hape, Teressa Septian Harsin, Tersianus Hendra Kurniawan Hidayah, Dewi Nurul Hidayati Karamina Hikamah, Siti Roudlotul I Made Indra Agastya Ibrohim Iswandika, Ferra Caca Jamhari Jamhari Jehani, Hironimus Jemamu, Karolina Julcarnain B, Herman Julianto, Reza Prakoso Dwi Jumadi Jumadi Jusmani, Jusmani Kleor, Fransesko Rudianto Komariyah, Eni Latifah, Dede Malo, Yulita Marini, Koleta Masni, Teresia Maria Mau, Lazarus Jata Maulana, Eko Mei Indrawati, Mei Moh. Hafid, Moh. Muhammad Hendri Nuryadi, Muhammad Hendri Muhammad Iqbal Muryadi Muryadi, Muryadi Naikofi, Maria Grasela T. Natalia Tinoncy Waro Ndua Nusa, Karolus Pemilu Niis, Yosefina Nopiyanti Nopiyanti, Nopiyanti Noventue , Rizal Nurul Hidayah, Dewi Putri, Yogi Arditya Candani Raga, Yohanes Aryanto Ramadhani, M. David Retno, Heni Resmita Ricky Indri Hapsari Rosdiana, Yanti Rovicky*, Ach Santoso, Apri Setyawan, Jhon Charles David Siti Nurhayati Sombo, Yusvina Sujatmiati, Eka Sulistyadewi, Sulistyadewi Sumardi, Apolonius Sumiati, Astri Sumiati, Astri Sumiati, Astri Suryanto, Bradhiansyah Tri Susilo Ribut Anggarbeni Susilo Ribut Anggarbeni, Susilo Ribut Susmawati, Putri Rahayu Sutoyo Sutoyo Sutoyo Sutoyo Sutoyo Taufik Iskandar Titis Adisarwanto, Titis Ulum, Luluk Bahrul Wahyu Fikrinda Widowati widowati widowati Wilhelmina Medho Kota, Wilhelmina Medho Winarto, Bambang Zainol Arifin Zainol Arifin Zakiyah BZ Zuhria, Sinta Ainun Zunaidi, Mahbub

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