17 research outputs found
Green Agriculture dan Green Food sebagai Strategi Branding dalam Usaha Pertanian
No full textEnglishTechnology application during the Green Revolution had been successfully worked to overcome the national food production deficit. However, due to the policy to maintain low food prices, the increase of production failed to improve the actual farmer’s income. The strategy to differentiate agricultural products with premium prices is set through a logo or brand seal on the products, means that the products are explicitly embedded with environment friendly images, safe and sustainable. The suggested logo is “Green Food” indicated that the products come from “green Agriculture”. The Green Agriculture is a modern agricultural practice using a balanced and controlled agrochemical according to certain protocol to guarantee an environment friendly production process and safety consume of the products. Green Agriculture and the Green Food easier to apply compared to that of Good Agriculture Practices. If Indonesia to adopt Green Agriculture and Green Food, a new regulation called “Indonesian Green Agriculture and Green Food Protocol” need to be formulated. For operational reason, the need to adopt Green Agriculture and Green Food should come from the incumbent and influenced government officials. Green Agriculture and Green Food is a branding strategy to increase the bargaining position and the competitive level of Indonesian agricultural products at both domestic and international markets. China has applied Green Agriculture and Green Food since 1990 and in 2008, 6 million of China’s farmers have adopted the practices along with 816 post-harvest processors with annual Green Food total volume amounted to 42 million ton and US$ 2.32 billion of export value. In Indonesia, Green Food has a high opportunity to get market segment due to the increase awareness on environment quality in addition to higher prices the farmers could enjoy compared to the price of conventional products. Through Green Agriculture and Green Food, the maintenance of environment quality and safety of food consumption will be a collective responsibility of the farmers, processors, traders, and consumers. Green Agriculture and Green Food is the “eco-farming with modern techniques and modern management by modern farmers for modern societies and modern world”.IndonesianPenerapan teknologi Green Revolution telah berhasil mengatasi kekurangan produksi pangan nasional, namun karena kebijakan pemerintah untuk menjaga harga pangan murah, maka kenaikan produksi tidak meningkatkan pendapatan petani secara nyata. Strategi diferensiasi produk pertanian untuk memperoleh harga premium adalah dengan memberi logo atau brand pada produk, yang secara eksplisit mencitrakan sebagai produk yang ramah lingkungan, aman konsumsi dan berkelanjutan. Logo yang disarankan adalah Green Food yang produknya berasal dari Green Agriculture. Green Agriculture merupakan praktek pertanian modern dengan penggunaan sarana agrokimia secara terkendali oleh ketentuan protokol, sehingga menjamin proses produksi ramah lingkungan dan produk panennya aman konsumsi. Ketentuan Green Agriculture dan Green Food lebih mudah dioperasionalkan dibandingkan dengan ketentuan Good Agriculture Practices. Apabila Indonesia akan mengadopsi Green Agriculture dan Green Food, perlu disusun ketentuan yang dapat disebut Indonesian Green Agriculture and Green Food Protocol. Keinginan untuk mengadopsi Green Agriculture dan Green Food harus datang dari pejabat berwenang sehingga operasionalisasinya dapat dilaksanakan. Green Agriculture dan Green Food merupakan strategi branding untuk meningkatkan posisi tawar dan daya saing produk pertanian Indonesia di dalam negeri dan di pasar internasional. China telah menerapkan Green Agriculture dan Green Food sejak tahun 1990 dan pada tahun 2008 diikuti oleh 6 juta petani dan 816 perusahaan pengolah hasil panen, dengan total produk Green Food setahun mencapai 42 juta ton dan nilai ekspor sebesar 2,32 milyar dolar. Di Indonesia, Green Food berpeluang mendapatkan segmen pasar cukup besar oleh meningkatnya kesadaran masyarakat terhadap mutu lingkungan dan petani memperoleh harga yang lebih baik dibandingkan produk pangan konvensional. Melalui Green Agriculture dan Green Food, maka pemeliharaan mutu lingkungan dan keamanan konsumsi pangan menjadi tanggung jawab bersama, oleh petani, pengolah produk, pedagang dan konsumen. Green Agriculture dan Green Food merupakan “eco-farming with modern techniques and modern management by modern farmers for modern societies and modern world”
Pengelolaan Plasma Nutfah Tanaman Terintegrasi dengan Program Pemuliaan
No full text<p>Plant breeding, as an applied of plant genetics, is based and is supported by various subdisciplines of genetic sciences, includeing plant germplasm, classical genetics, molecular genetics, cytogenetics, gene-transformation techniques, etc. Linkage and team work system between plant germplasm management and plant breeding program is most required, since the success of plant breeding maybe obtained from the contribution of gene donor parents, derived from the germplasm management. Without the flow of genes from the germplasm collection, varieties produced by the plant breeder would suffer a narrow genetical based or a bottle-necking genetic based. Plant germplasm research is an integral part of the germplasm management, aimed to (1) evaluate the genetic variation of the germplasm collection, to be readily available for the breeding program and to be used for scientific publications, (2) tracing the origin of plant species, and (3) officially release a selected germplasm, containing new economic gene (s). The linkage between germplasm management and plant breeding research program could be facilitated through the following activities (1) identifying an elit germplasm for varietal release, (2) selection and stabilization of a promising germplasm accession for possible varietal releases, (3) use of germplasm accession as a gene donor parent to incorporate adaptive genes into improved variety, (4) use of germplasm accession for a specific donor gene, (5) use of germplasm to broaden the genetical base of varieties through an introgression and nobilization, (6) use of germplasm to improve the genetic value of the breeding population, and (7) to develop multiple crossess involving many parents to broaden the genetical base of the breeding population. Another important function of the germplasm management is to conserve accessions carrying genes which may be useful in the future, to anticipate the dynamic changing of biological and environmental stresses on crop. Germplasm management is considered successfully conducted when it is continously supplying donor gene parents to breeders for parental crosses on their breeding program, conversely, breeding program in considered successfully managed, when it uses the rich genetic variability available on the germplasm collection. Separating the organizational units among the breeding program, germplasm management and molecular genetic research, is only for enhancing the intensity of the research, but should not separate the linkage program of the research.</p><p> </p><p><strong>Abstrak</strong></p><p>Pemuliaan tanaman merupakan ilmu genetika terapan yang didukung oleh berbagai cabang ilmu kegenetikaan, termasuk plasma nutfah, genetika klasik, genetika molekuler, sitogenetika, dan genetika transformasi. Keterpaduan antara pengelolaan plasma nutfah dengan pemuliaan tanaman tidak dapat ditawar, karena keberhasilan pemuliaan sangat tergantung dari ketersediaan sumber gen yang disediakan oleh pengelola plasma nutfah. Tanpa kontribusi sumber gen dari pengelola plasma nutfah, hasil pemuliaan tanaman mengalami penyempitan kandungan genetik, atau terjadi gejala leher botol genetik. Penelitian plasma nutfah merupakan bagian integral dari pengelolaan materi plasma nutfah, bertujuan untuk (1) menggali kekayaan sifat genetik plasma nutfah guna penyediaan tetua persilangan dan bahan publikasi ilmiah, (2) menelusuri asal-usul spesies tanaman, (3) melepas secara resmi plasma nutfah sebagai sumber gen yang diakui kepemilikannya. Keterkaitan pengelolaan plasma nutfah dengan program pemuliaan dapat dilaksanakan melalui (1) pemanfaatan langsung aksesi plasma nutfah elit untuk dilepas sebagai varietas unggul, (2) pemurnian dan pemantapan populasi aksesi plasma nutfah sebagai calon varietas, (3) pemanfaatan aksesi plasma nutfah sebagai donor gen untuk rekombinasi gen-gen unggul adaptif, (4) plasma nutfah sebagai donor gen spesifik, (5) plasma nutfah sebagai bahan perluasan latar belakang genetik varietas melalui proses introgresi dan nobilisasi, (6) pemanfaatan plasma nutfah untuk perbaikan genetik populasi seleksi, dan (7) pembentukan populasi dasar yang mengandung keragaman genetik luas melalui persilangan banyak tetua. Fungsi pengelolaan plasma nutfah lainnya adalah melestarikan sumber daya genetik untuk kebutuhan gen di masa depan, agar dapat menyediakan gen-gen untuk mengantisipasi perubahan ras patogen dan tipe baru serangga hama yang bersifat dinamis, serta penyediaan gen guna mengatasi cekaman abiotik alamiah. Pengelolaan plasma nutfah dinilai berhasil apabila telah mampu menyediakan aksesi plasma nutfah sebagai sumber gen donor dalam program pemuliaan. Pemuliaan tanaman berhasil secara optimal apabila telah memanfaatkan keragaman genetik sifat yang diinginkan, yang tersedia dalam koleksi plasma nutfah. Keterpisahan kelembagaan antara unit kerja pengelolaan plasma nutfah dengan program pemuliaan tidak boleh membatasi keterpaduan program penelitian antara kedua cabang disiplin keilmuan tersebut.</p></jats:p
Adiabatic quantum pumping through surface states in 3D topological insulators
No full textWe investigate adiabatic quantum pumping of ballistic Dirac fermions on the surface of a strong three-dimensional topological insulator. Two different geometries are studied in detail, a normal metal–ferromagnetic–normal metal (NFN) junction and a ferromagnetic–normal metal–ferromagnetic (FNF) junction. Using a scattering matrix approach, we show that each time a new resonant mode appears in the transport window the pumped current exhibits a maximum and provide a detailed analysis of the position of these maxima. We also predict a characteristic difference between the pumped current in NFN- and FNF-junctions: whereas the former vanishes for carriers at normal incidence, the latter is finite due to the different nature of wavefunction interference in the junctions. Finally, we predict an experimentally distinguishable difference between the pumped current and the conductance.Quantum NanoscienceApplied Science
Pengelolaan Plasma Nutfah Tanaman Terintegrasi Dengan Program Pemuliaan
No full textPlant breeding, as an applied of plant genetics, is based and is supported by various subdisciplines of genetic sciences, includeing plant germplasm, classical genetics, molecular genetics, cytogenetics, gene-transformation techniques, etc. Linkage and team work system between plant germplasm management and plant breeding program is most required, since the success of plant breeding maybe obtained from the contribution of gene donor parents, derived from the germplasm management. Without the flow of genes from the germplasm collection, varieties produced by the plant breeder would suffer a narrow genetical based or a bottle-necking genetic based. Plant germplasm research is an integral part of the germplasm management, aimed to (1) evaluate the genetic variation of the germplasm collection, to be readily available for the breeding program and to be used for scientific publications, (2) tracing the origin of plant species, and (3) officially release a selected germplasm, containing new economic gene (s). The linkage between germplasm management and plant breeding research program could be facilitated through the following activities (1) identifying an elit germplasm for varietal release, (2) selection and stabilization of a promising germplasm accession for possible varietal releases, (3) use of germplasm accession as a gene donor parent to incorporate adaptive genes into improved variety, (4) use of germplasm accession for a specific donor gene, (5) use of germplasm to broaden the genetical base of varieties through an introgression and nobilization, (6) use of germplasm to improve the genetic value of the breeding population, and (7) to develop multiple crossess involving many parents to broaden the genetical base of the breeding population. Another important function of the germplasm management is to conserve accessions carrying genes which may be useful in the future, to anticipate the dynamic changing of biological and environmental stresses on crop. Germplasm management is considered successfully conducted when it is continously supplying donor gene parents to breeders for parental crosses on their breeding program, conversely, breeding program in considered successfully managed, when it uses the rich genetic variability available on the germplasm collection. Separating the organizational units among the breeding program, germplasm management and molecular genetic research, is only for enhancing the intensity of the research, but should not separate the linkage program of the research
TINJAUAN KRITIS TERHADAP KONSEP IDEOLOGIS KEPENGARANGAN INDONESIA : KAJIAN SOSIOLOGIS
No full textIndonesian writers continue to race across the ocean of globalization and technology. Those who come from various regions, fused into a large community as citizens of the world literature, sow among a number of mirage and cyberspace. An Indonesia poet or author has diverse languages, in accordance with the ideological background (worldview) authorship respectively. Ideology means a way of thinking or way of life of a person or a group. This paper assesses the ideology of Indonesia authorship in terms of sosilogi. Sociology is the study of society or community. Through this sociological theory discovered the concept of Indonesian author diverse ideologies. Indonesian author is able to create an ideology novelty literary language in conditions of globalization regime. Through literature, the authors of Indonesia express ideas and thoughts for the people of Indonesia
Alternatif Konsep Kelembagaan untuk Penajaman Operasionalisasi dalam Penelitian Sosiologi
No full textEnglishThe experts have no the same perception regarding the term of “institution”. This leads to unworkable definitions and concepts. This paper reviews the existing thoughts, especially those related with the term of “organization”, and simplifies them to formulate an easier concept which enables scientists and practitioners to work with. Different meanings exist due to different points of views of the experts, especially in early stage of sociology development. Sine 1950’s, social institution and social organization have been distinguished strictly. The author proposes a solution, i.e., the term of “institution” to mention the social system in which it is classified into two important components, namely “institutional aspect” and “organizational aspect”. Through this differentiation, it is expected that the analysis becomes more detailed, signifies the strong and weak aspects, and enables to choose the strategy of developing it.IndonesianIstilah “kelembagaan” belum memperoleh kesamaan pengertian di kalangan para ahli. Hal ini menyebabkan munculnya beberapa pengertian dan konsep yang menyebabkan tidak dapat dioperasionalkan. Tulisan ini berusaha melakukan tinjauan (review) seluruh pemikiran yang berkembang, terutama kaitannya dengan istilah “organisasi”, untuk kemudian merumuskan satu konsep yang lebih mudah sehingga dapat dipergunakan baik untuk kalangan ilmuwan maupun praktisi. Ketidaksamaan pemaknaan terjadi karena setiap ahli memiliki titik pandang yang berbeda dalam membahasnya, terutama pda masa-masa awal perkembangan sosiologi. Namun, semenjak era 1950-an, sesungguhnya sudah terlihat adanya pembedaan yang tegas antara kelembagaan (social institution) dan organisasi (social organization). Sebagai solusinya, penulis menggunakan istilah “kelembagaan” untuk menyebut suatu sistem sosial dimaksud, yang didalamnya dapat dibagi menjadi dua komponen penting, yaitu “aspek kelembagaan” dan “aspek keorganisasian”. Dengan membedakan seperti ini, maka analisa dapat lebih mendalam, dapat diketahui aspek apa yang kuat dan lemah, serta dapat memilih strategi untuk pengembangannya
TANTANGAN PENGINTEGRASIAN JAMINAN KESEHATAN DAERAH KE DALAM JAMINAN KESEHATAN NASIONAL UNTUK MEWUJUDKAN CAKUPAN PELAYANAN KESEHATAN UNIVERSAL
No full textThis study is to review the facts in the health care field, where WHO has agreed to achieve Universal Health Coverage (UHC) in 2014. UHC is a health system that ensures every citizen in the population has fair access to a qualified promotive, preventive, curative, and rehabilitative health care at reasonable costs. Universal coverage contains two core elements namely equitable access to qualified health services for every citizen, and the protection of financial risks when people use health services. Indonesia is currently in transition towards UHC. Law No. 40 Year 2004 about National Social Security System (UU SJSN)' has answered the basic principles of UHC by requiring every citizen to have access to comprehensive health services that are needed through pre-effort system. Then, the author will formulate solutions to these problems which can be seen as a recommendation for the implementation of health care development. Problem solving methods used in formulating solutions to problems are policy analysis using William Dunn and Abidin's theory, and the Fishbone Diagram. Based on the analysis, the author advises the need to arrange a formulation that meets the demands of integration of Jamkesda into JKN. Formulation of policies which have been directed towards the centralization of health financing through JKN program must be balanced by providing a flexible space for local governments to participate in decision making processes dynamically. This formulation is called Centralized Dynamic Integration policy formulation.Â
Peningkatan Hasil Belajar Siswa Kelas VII Smplb Karya Mulia Surabaya Menulis Buku Harian melalui Pemetaan Pikiran dengan Baling-Baling Berwarna
No full textWriting a diary with colorful propeller mind mapping method is an innovative method to enhance the 7th grade hearing impaired students' capabilities and skills of writing in Karya Mulia Special Secondary School for Students with Disabilities (SMPLB) Surabaya. This innovative effort was based on the constraints or obstacles to teach hearing impaired students in developing the abilities and skills of writing a diary that were still far below the average of minimum completion criteria (KKM). To find out the extent of this innovative method's implementation's impact, the author wanted to do a class action research (PTK) that includes 3 cycles where two-time meetings were conducted in each cycle. The research was started from the pre action activities continued to a cycle-1, cycle-2, to cycle-3. The result indicates that there has been improvements in 7th grade student's learning outcome in writing a diary through mind mapping mehod using learn to write diary through colorful propeller mapping method AsbtrakMenulis buku harian melalui metode pemetaan pikiran (mind mapping) dengan menggunakan Baling-Baling berwarna merupakan metode inovatif untuk meningkatkan kemampuan dan keterampilan menulis buku harian siswa tuna rungu kelas VII SMPLB Karya Mulia Surabaya. Upaya inovatif ini beranjak dari kendala/hambatan sebelumnya dalam membelajarkan siswa tuna rungu mengembangkan kemampuan dan keterampilan menulis Buku Harian yang hasilnya berada jauh di bawah rata-rata Kriteria Ketuntasan Minimum (KKM). Untuk mengetahui sejauh mana dampak dari penerapan metode inovatif ini, penulis melakukan penelitian tindakan kelas (PTK) yang mencakup 3 siklus dan setiap siklus terdiri dari dua kali pertemuan. Penelitian dimulai dari kegiatan pra tindakan, dilanjutkan dengan siklus-1, siklus-2, sampai dengan siklus-3. Hasil penelitian tindakan kelas menunjukkan adanya peningkatan hasil belajar siswa kelas VII SMPLB Karya Mulia Surabaya dalam menulis buku harian melalui metode pemetaan pikiran dengan Baling-Baling berwarn
Morita Isomorphism for Cuntz Algebras
No full textLet Rep On denote the category of all nondegenerate ∗ representations of the Cuntz algebra On. For any 2 ≤ n, m< ∞, we construct an isomorphism functor Fn, m from Rep Om to Rep On such that (i) Fn, m commutes with infinite direct sum, (ii) Fn, m ∘ Fm, l = Fn, l and Fm,n=Fn,m−1 for any 2 ≤ n, m, < ∞, (iii) for the von Neumann algebra Nπ generated by the image of a representation π, HCode NFn,m(π) and Nπ are isomorphic for any π in Rep On, and (iv) there exists a functor F∞,n from Rep On to Rep O∞ with a right inverse such that F∞,n∘ Fn,m= F∞,m for any 2 ≤ n, m< ∞. © 2022, The Author(s), under exclusive licence to Springer Nature B.V.journal articl
THE EFFECTIVENESS OF ICT UTILIZATION ON COGNITIVE ACHIEVEMENT IN THE VOCATIONAL EDUCATION DURING THE COVID-19 OUTBREAK IN INDONESIA
No full textIn the current Covid-19 transition period, it is very necessary to use innovative vocational learning models in digital models. The number of vocational learning models using ICT as the main tool during the pandemic needs to be studied further on how the model is implemented and its effectiveness. The problem that arises is that we do not know whether the use of ICT tools in vocational learning is effectively used. This study aims to empirically verify the effectiveness of ICT in vocational education learning during the Covid-19 transition period. Meta-Analysis is used as a method to conduct this research. There are 30 latest articles reviewed during the year of 2020 to 2021. All articles are classified based on the author, year of publication, the ICT device or application used, and the results of the post-test experimental and control classes. The results are obtained after the calculation using the effect size (ES) formula. The calculation results show that the learning using ICT as a tool during the Covid-19 pandemic has a high effect (1.28) on cognitive achievement in vocational education. The conclusion of this study is that ICT-assisted learning has a high level of effectiveness and is suitable for learning in the vocational field. Then, the dominant multimedia device or application used in the vocational learning in Indonesia is the computer technology network and it is the most widely used for the application of ICT in learning
