1,753,592 research outputs found
Discorso pedagogico e prospettiva sistemico-relazionale
No full textStarting with a few thoughts about the current pedagogical debate expressed within the work, the contribution of Luigi Pati, highlights the importance of relational systems perspective in the pedagogical discourse. The author proposes an analysis and historical evolution of the General Theory of Systems (TGS), illustrating the importance of the same in the action and in the educational relationship between educator and student
Sahyadriana Pati & Thackeray 2018
No full textGenus Sahyadriana Pati & Thackeray, 2018 Sahyadriana Pati & Thackeray, 2018: 46. TYPE SPECIES. — Sahyadriana sahyadriensis Pati & Thackeray, 2018, by original designation; gender feminine.Published as part of Pati, Sameer K. & Thackeray, Tejas, 2021, Five new species of freshwater crabs of the genera Ghatiana Pati & Sharma, 2014 and Sahyadriana Pati & Thackeray, 2018 from India (Decapoda: Brachyura: Gecarcinucidae), pp. 627-647 in Zoosystema 43 (26) on page 636, DOI: 10.5252/zoosystema2021v43a26, http://zenodo.org/record/560029
Ghatiana Pati & Sharma 2014
No full textGenus Ghatiana Pati & Sharma, 2014 Ghatiana Pati & Sharma, 2014: 1281. TYPE SPECIES. — Ghatiana aurantiaca Pati & Sharma, 2014, by original designation; gender feminine.Published as part of Pati, Sameer K. & Thackeray, Tejas, 2021, Five new species of freshwater crabs of the genera Ghatiana Pati & Sharma, 2014 and Sahyadriana Pati & Thackeray, 2018 from India (Decapoda: Brachyura: Gecarcinucidae), pp. 627-647 in Zoosystema 43 (26) on page 629, DOI: 10.5252/zoosystema2021v43a26, http://zenodo.org/record/560029
L-invariants for cohomological representations of PGL(2) over arbitrary number fields
Full text linkGehrmann L, Pati MR. L-invariants for cohomological representations of PGL(2) over arbitrary number fields. Forum of Mathematics, Sigma. 2024;12: e71.**Abstract**
Let
be a cuspidal, cohomological automorphic representation of an inner form
G
of
over a number field
F
of arbitrary signature. Further, let
be a prime of
F
such that
G
is split at
and the local component
of
at
is the Steinberg representation. Assuming that the representation is noncritical at
, we construct automorphic
-invariants for the representation
. If the number field
F
is totally real, we show that these automorphic
-invariants agree with the Fontaine–Mazur
-invariant of the associated
p
-adic Galois representation. This generalizes a recent result of Spieß respectively Rosso and the first named author from the case of parallel weight
to arbitrary cohomological weights.
</p
Strategi Pengembangan Bank Sampah di Kabupaten Pati
No full textENGLISHTrash bank is a place for sorting and collecting of trash that can be recycled or reused which has economic value. This research aimed to formulate the strategy of trash bank development in the settlement of Pati Regency. This research used descriptive method with quantitative and qualitative approach (mix method). The data were collected through observation, interviews, and document study. The research was conducted in Pati Regency. The result indicates that the sustainability level of trash bank in Pati Regency is at 60%. It means that the trash bank system is considered normal. There are 6 groups which are influential and have interests in the trash banks that are Environmental Office of Pati Regency, Village Government, customers, collectors, scavengers and the community. The main strategies that can be used in the development of trash banks are: 1) encouraging Environmental Office of Pati Regency to provide training and ready to accommodate and to buy the trash products; 2) Along with village government, environmental office conduct socialization of proper waste management and optimization of waste bank management. INDONESIABank sampah adalah tempat pemilahan dan pengumpulan sampah yang dapat didaur ulang dan atau diguna ulang yang memiliki nilai ekonomi. Tujuan penelitian ini adalah mencari strategi pengembangan bank sampah pemukiman di Kabupaten Pati. Penelitian ini berjenis penelitian deskriptif dengan pendekatan kuantitatif dan kualitatif. Penelitian dilakukan di Kabupaten Pati. Pengumpulan data dilakukan melalui observasi, wawancara, dan telaah dokumen. Data diolah dan dianalisis dengan metode deskriptif. Hasil penelitian menunjukkan aspek keberlanjutan bank sampah di Kabupaten Pati berada pada angka 60% yang berarti sistem bank sampah dianggap wajar. Terdapat enam kelompok yang berpengaruh dan berkepentingan terhadap bank sampah, yaitu Dinas Lingkungan Hidup Kabupaten Pati, pemerintah desa, nasabah, pengepul, pemulung dan masyarakat. Strategi utama yang dapat digunakan dalam pengembangan bank sampah adalah : 1) mendorong Dinas Lingkungan Hidup Kabupaten Pati untuk memberikan pelatihan dan siap menampung serta membeli produk kerajinan sampah; dan 2) bersama Pemerintah Desa melakukan sosialisasi terkait pengelolaan sampah dan pengoptimalan manajemen bank sampah
PENGEMBANGAN BAHAN FARMASI UNGGUL BERBASIS PATI SINGKONG DENGAN APLIKASI ULTRASONIK
Full text linkInfo lebih lanjut hub:
Lembaga Penelitian Universitas Jember
Jl. Kalimantan No.37 Telp. 0331-339385 Fax. 0331-337818 JemberPati singkong merupakan salah satu jenis pati yang dapat digunakan untuk bahan farmasi. Penggunaan pati singkong untuk keperluan tersebut mengalami beberapa kendala, antara lain yaitu dalam hal sifat mekanik fisik dan kompresibilitasnya. Tujuan dari penelitian ini adalah mengevaluasi pengaruh perbedaan suhu dan pH proses modifikasi terhadap sifat mekanik fisik dan kompresibilitas Pati Singkong termodifikasi. Pengaruh suhu diamati pada tiga suhu berbeda yaitu 25, 45 dan 65 0C. Sedangkan perbedaan perlakuan pH yang dilakukan adalah pH 4, 7 dan 12. Dari hasil yang didapatkan disimpulkan bahwa Dari penelitian yang telah dilakukan dapat disimpulkan bahwa suhu dan pH proses modifikasi pati singkong tidak berpengaruh secara signifikan terhadap sifat mekanik-fisik pati singkong termodifikasi. Semua formula percobaan menghasilkan pati singkong termodifikasi dengan sifat mekanik-fisik sangat baik. Namun kondisi suhu dan pH proses modifikasi pati singkong berpengaruh secara signifikan terhadap sifat kompresi pati singkong termodifikasi yaitu semakin naik suhu maka sifat kompresi akan semakin turun, sedangkan pengaruh pH terhadap sifat kompresi pati termodifikasi yaitu pH 12,0 > pH 4,0 > pH 7,0
Sahyadriana keshari Pati & Thackeray 2021, n. sp.
No full textSahyadriana keshari n. sp. (Figs 3E; 8 A-D; 9 A-H) urn:lsid:zoobank.org:act: 548CA624-C80A-48BF-86D0-19F9B835609E TYPE MATERIAL. — Holotype. India • ♂ (CW 13.96 mm, CL 10.88 mm, CH 6.38 mm, FW 4.98 mm); Maharashtra: Nashik district: Bramhagiri, near Trimbak; 19°54’46”N, 73°31’4”E; alt. 1048 m; 17.VIII.2017; Tejas Thackeray leg.; ZSI-WRC C.2007. Paratypes. India • ♂ (CW 13.97 mm, CL 11.02 mm, CH 6.24 mm, FW 5.06 mm), ♀ (CW 15.92 mm, CL 12.16 mm, CH 6.35 mm, FW 5.74 mm); same data as for holotype; ZSI-WRC C.2008 • 5 ♂ (CW 12.44-14.18 mm, CL 9.55-11.01 mm, CH 5.58-7.16 mm, FW 4.46-4.94 mm), 5 ♀ (CW 12.11-15.53 mm, CL 9.39-11.73 mm, CH 6.14-7.23 mm, FW 4.44-5.44 mm); same data as for holotype; ZSI-WRC C.2009. TYPE LOCALITY. — India: Maharashtra: Nashik district: Bramhagiri, near Trimbak; 19°54’46”N, 73°31’4”E; alt. 1048 m. DIAGNOSIS. — Carapace in adult slightly broader than long (CW/ CL = 1.3), moderately to strongly deep (CH /CL = 0.5-0.7); epibranchial tooth visible as relative distinct notch; branchial regions inflated; epistome posterior margin with gently concave lateral lobes (Fig. 8 A-C). Third maxilliped lacking flagellum on exopod (Fig. 9A). Chelipeds with pointed fingertips (Figs 8A, D; 9B). Ambulatory legs with densely setose dactylus and propodus (Fig. 8A, D). Male sternopleonal cavity long, extending beyond imaginary line joining bases of third maxillipeds (Figs 8D; 9C). Male pleon relatively broad, T-shaped; pleonal somite 5 with concave lateral margins; pleonal somite 6 subquadrate, broader than long, subequal in length to telson, lateral margins strongly convex (Figs 8D; 9C). Male telson short (Figs 8D; 9C). G1 distinctly stout, almost straight; terminal segment relatively slender, subcylindrical, distally gently curved inwards, relatively short, c. 0.4 times length of subterminal segment; subterminal segment distinctly stout, triangular, distally relatively broad, with convex inner margin (Fig. 9D, E). G2 very short, with very short distal segment (Fig. 9F). Female pleon in adult broadly subtriangular (Fig. 9G). Vulvae in adult positioned apart from each other (VD/SW = c. 0.4), each suborbicular in shape, relatively large, occupying c. 0.5 times length of S6, positioned close to S5/S6 (Fig. 9H). ETYMOLOGY. — The species name, derived from the Marathi language for orange coloured, refers to live colouration of the crab. The name is used as a Latin noun in apposition. COLOUR IN LIFE. — Carapace, chelipeds, and ambulatory legs all are completely orange in colour (Fig. 3E). The orange colour on the ventral side of the carapace, however, is relatively faint. ECOLOGICAL NOTES. — Sahyadriana keshari n. sp. dwells on the walls of high mountainous cliffs (1048 m above a.s.l.), which host ephemeral waterfalls. Crabs gather in large numbers during the daytime on these exposed walls between the downpour. GEOGRAPHICAL DISTRIBUTION. — Sahyadriana keshari n. sp. is currently known only from Bramhagiri, an isolated high mountain of the Western Ghats in Nashik district of Maharashtra state, India. The new species is very likely to occur on the adjacent mountainous peak “Anjneri” of the same district because the second author (TT) once saw a dead crab of the species there. REMARKS The carapace of S. keshari n. sp. most resembles to that of S. waghi (Pati in Pati, Thackeray & Khaire, 2016) mainly due to the relatively distinct notch between the epibranchial tooth and the external orbital angle (Fig. 8A, B; see Pati et al. 2016: fig. 11A; Pati & Thackeray 2018: fig. 29A), the gently concave lateral lobes of the epistome posterior margin (Fig. 8C; see Pati et al. 2016: fig. 11B; Pati & Thackeray 2018: fig. 29B), and the pointed fingertips of the chelipeds (Figs 8A, D; 9B; see Pati et al. 2016: fig. 11A, C, D; Pati & Thackeray 2018: fig. 29A, C). In the G1 structure, S. keshari n. sp. is most similar to S. waghi and S. triangulus because all have a distinctly stout G1, with the relatively slenderer, subcylindrical terminal segment (Fig. 9D, E; see Pati & Sharma 2014: fig. 7E-G; Pati et al. 2016: fig. 12A-C; Pati & Thackeray 2018: figs 28D, E, H; 29D-G, I-K). Both S. keshari n. sp. and S. waghi can be differentiated from S. triangulus by the relatively distinct notch between the epibranchial tooth and the external orbital angle (Fig. 8A, B; see Pati et al. 2016: fig. 11A; Pati & Thackeray 2018: fig. 29A) (vs indistinct notch between the epibranchial tooth and the external orbital angle in S. triangulus; see Pati & Sharma 2014: fig. 6A; Pati & Thackeray 2018: fig. 28A), the gently concave lateral lobes of the epistome posterior margin (Fig. 8C; see Pati et al. 2016: fig. 11B; Pati & Thackeray 2018: fig. 29B) (vs strongly concave lateral lobes of the epistome posterior margin in S. triangulus; see Pati & Sharma 2014: fig. 6B; Pati & Thackeray 2018: fig. 28B), the relatively shorter G1 terminal segment, c. 0.4 times the length of the subterminal segment, with the gently inwardly curved distal portion (Fig. 9D; see Pati & Thackeray 2018: figs 29I-K) (vs relatively longer G1 terminal segment, c. 0.5 times the length of the subterminal segment, with the distinctly outwardly curved distal portion in S. triangulus; see Pati & Sharma 2014: fig. 7E-G; Pati & Thackeray 2018: fig. 28D, E, H), and the convex inner margin of the G1 subterminal segment (Fig. 9D, E; see Pati et al. 2016: fig. 12A, B; Pati & Thackeray 2018: fig. 29D, F, I-K) (vs almost straight inner margin of the G1 subterminal segment in S. triangulus; see Pati & Sharma 2014: fig. 7E, F; Pati & Thackeray 2018: fig. 28D, E, H). Sahyadriana keshari n. sp. can be further separated from S. waghi by the relatively stouter G1 terminal segment (Fig. 9D) (vs relatively slenderer G1 terminal segment; see Pati et al. 2016: fig. 12A; Pati & Thackeray 2018: fig. 29D, I-K), the relatively broader distal portion of the G1 subterminal segment (Fig. 9D) (vs relatively narrower distal portion of the G1 subterminal segment; see Pati et al. 2016: fig. 12A; Pati & Thackeray 2018: fig. 29D, I-K), and the relatively larger adult vulva that occupies c. 0.5 times the length of the S6 and is positioned close to S5/S6 (Fig. 9H) (vs relatively smaller adult vulva that occupies c. 0.4 times the length of the S6 and is positioned a clear distance from S5/S6; see Pati & Thackeray 2018: fig. 29M).Published as part of Pati, Sameer K. & Thackeray, Tejas, 2021, Five new species of freshwater crabs of the genera Ghatiana Pati & Sharma, 2014 and Sahyadriana Pati & Thackeray, 2018 from India (Decapoda: Brachyura: Gecarcinucidae), pp. 627-647 in Zoosystema 43 (26) on pages 639-642, DOI: 10.5252/zoosystema2021v43a26, http://zenodo.org/record/560029
Penyutradaraan Film Fiksi Salah Pati
No full textSalah Pati merupakan peristiwa yang erat kaitannya dengan kematian seseorang. Salah Pati
merupakan kematian yang tak terduga-duga atau secara tiba-tiba seperti kematian yang disebabkan oleh
kecelakaan, terbunuh dan lain-lainnya. Salah Pati menjadi ide dasar pencipta dalam pembuatan karya seni
film ini. Penciptaan karya film ini dapat dipandang sebagai cerminan terhadap orang tentang kematian
baik itu melalui kecelakaan maupun pembunuhan.
Metode yang digunakan untuk mendeskripsikan karya ini adalah metode deskriptif kualitatif,
pengumpulan data menggunakan teknik observasi serta wawancara kepada tokoh spiritual tentang
pengertian Salah Pati. Penciptaan karya film ini terbagi menjadi tiga tahapan yaitu pra produksi,
produksi, dan pasca produksi. Teori yang digunakan untuk membedah film ini adalah teori
penyutradaraan dan teori semiotika
Luaran Penciptaan karya film Salah Pati ini adalah sebuah film fiksi dengan genre horor dengan
gaya penyutradaraan surealisme, film ini akan digunakan sebagai media informasi,edukasi,dan hiburan
bagi para penikmat film
Kata Kunci: Penyutradaraan, Film Fiksi, Salah Pat
Komoditas Perikanan Unggulan Kabupaten Pati dalam Skala Provinsi Jawa Tengah
Full text linkENGLISHThe leading of Fishery commodities in Pati Regency are aquaculture pond fishery and marine capture fishery. Objectives of the research are (1) to describe the development of Pati Regency leading commodities in 2008-2012; (2) to describe the contribution of Pati Regency leading commodities to Central Java Province; and (3) to describe Pati Regency leading commodities position in Central Java Province scale. The research used descriptive method and was held in December 2013. Secondary data source namely marine capture fishery and aquaculture pond fishery production data from Statistics of Central Java Province for 2008, 2009, 2010, 2011 and 2012. Data was analyzed descriptively. The results were: (1) Both capture fishery and aquaculture pond fishery during the last 5 years (2008-2012) showed positive trend, that increased constantly; (2) the percentage of aquaculture pond fishery contribution is above 20% (range 23-28%), meanwhile marine capture fishery below 20% (range 15-18%); (3) Pati Regency marine capture fishery in 2008 and 2009 was ranked third , but three years later namely 2010, 2011 and 2012 managed to rank second in the Central Java Province scale. While, Pati Regency aquaculture pond fishery was ranked second in the last 5 years. INDONESIAHasil perikanan yang menjadi komoditas unggulan di Kabupaten Pati adalah komoditas perikanan budidaya tambak dan perikanan laut tangkap. Tujuan penelitian adalah (1) menggambarkan perkembangan hasil komoditas perikanan unggulan Kabupaten Pati tahun 2008-2012; (2) menggambarkan besaran kontribusi komoditas perikanan unggulan Kabupaten Pati kepada Provinsi Jawa Tengah; dan (3) menggambarkan posisi komoditas perikanan unggulan Kabupaten Pati dalam skala Provinsi Jawa Tengah. Penelitian menggunakan metode deskriptif dan dilaksanakan bulan Desember 2013. Sumber data sekunder yaitu data produksi perikanan laut tangkap dan perikanan budidaya tambak dari Badan Pusat Statistik Provinsi Jawa Tengah untuk tahun 2008, 2009, 2010, 2011 dan 2012. Analisis data secara deskripsif. Hasil penelitian adalah (1) hasil perikanan laut tangkap dan perikanan budidaya tambak Kabupaten Pati selama kurun waktu 5 tahun terakhir (2008-2012) menunjukkan tren positif yaitu terus mengalami peningkatan; (2) nilai persentase kontribusi perikanan budidaya tambak diatas 20% (kisaran 23-28%), sedangkan perikanan laut tangkap berada dibawah 20% (kisaran 15-18%); (3) hasil perikanan laut tangkap Kabupaten Pati pada tahun 2008 dan 2009 menduduki peringkat ketiga, tetapi 3 tahun selanjutnya yaitu tahun 2010, 2011 dan 2012 berhasil menduduki peringkat kedua dalam skala Provinsi Jawa tengah. Sedangkan perikanan budidaya tambak, Kabupaten Pati menempati peringkat kedua dalam 5 tahun terakhir
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