K.H. NAWAWI BANTEN (W.1314/1897) Akar Tradisi Keintelektualan NU

K.H. Nawawi Banten (w. 1314/1897): The Root of Intellectual Tradition of NU. The emergence of young ‘liberal' thinkers from the NU tradition has surprised many, partly because this organization has always been pictured as intellectually conservative and traditional. The present author argues that in fact NU has excellent roots to support modern intellectual undertakings by examining the life, works, and the methodology of K.H. Nawawi Banten, whose thought was considered to be very influential in the formation of NU intellectual tradition

Analisis Keberkelanjutan USAhatani Tanaman Karet Di Lahan Gambut Terdegradasi: Studi Kasus Di Kalimantan Tengah / Analysis of the Sustainablility of Rubber Plantations Farming System in Degraded Peatland: a Case Study in Central Kalimantan

Analisis keberlanjutan USAhatani tanaman karet bertujuan untuk menilai tingkat keberlanjutan dari aplikasi model USAhatani yang dikembangkan dalam suatu demplot pola tanam (intercropping) di lahan gambut terdegradasi, dengan tanaman pokok tanaman karet dengan tanaman sela nenas di antara tanaman pokok karet dan aplikasi amelioran, yang berlokasi di Desa/Kecamatan Jabiren, Pulangpisau (Kalimantan Tengah). Penelitian dilakukan dengan metode survei terstruktur dengan memilih 30 responden petani di sekitar demplot. Analisis dilakukan dengan pendekatan multidimensi (multidimentional scaling/MDS), meliputi dimensi sosial, ekonomi dan dimensi lingkungan. Tingkat keberlanjutan (Ikb) USAhatani tanaman karet di lahan gambut terdegradasi yang didasarkan pada nilai indeks keberlanjutan multidimensi di lokasi penelitian menunjukkan skala cukup berkelanjutan dengan nilai indeks 66,69, artinya model USAhatani yang dikembangkan cukup berkelanjutan. Dengan kata lain bahwa model USAhatani tersebut memberi manfaat secara ekonomi, secara sosial dapat diterima masyarakat, dan secara ekologis tidak merusak lingkungan. Dimensi sosial lebih dominan menentukan keberlanjutan USAhatani yaitu kontribusi terhadap Ikb sebesar 72,65 dibanding dengan dimensi ekonomi dan lingkungan dengan kontribusi nilai masing-masing 68,11 dan 57,25. Faktor yang peka mempengaruhi keberlanjutan, meliputi: intensitas penyuluhan (dimensi sosial), kestabilan harga hasil petani pada saat panen (dimensi ekonomi), pH air di lahan USAhatani dan fluktuasi debit air di lahan petani (dimensi lingkungan/ekologi)

Manfaat Inovasi Teknologi Sumberdaya Lahan Pertanian Dalam Mendukung Pembangunan Pertanian

Abstrak. Permasalahan pupuk, lahan terdegradasi, dan pencemaran, pengelolaan sumberdaya lahan rawa, dan pengelolaan sumberdaya air yang terbatas di lahan pertanian, merupakan isu atau permasalahan mendesak yang harus dicari pemecahannya. Untuk mengatasi permasalahan tersebut, Balai Besar Litbang Sumberdaya Lahan Pertanian (BBSDLP) telah menghasilkan beberapa teknologi yang siap diaplikasikan. Dalam dua tahun terakhir, output hasil penelitian BBSDLP tersebut dalam bentuk produk teknologi dan rekomendasi anjuran teknologi sumberdaya lahan telah diaplikasikan dan dimanfaatkan dalam mendukung program prioritas sektor pertanian. Program prioritas dimaksud, adalah: (1) program selamatkan rawa dan sejahterakan petani disingkat SERASI, (2) program penurunan pencemaran lingkungan, (3) program peningkatan produktivitas pertanian dan (4) program antisipasi perubahan iklim. Terdapat opini yang paradoks, institusi lembaga riset menganggap bahwa banyak teknologi hasil penelitian yang siap diaplikasikan, tetapi menurut sebagian petani sangat terbatas teknologi hasil penelitian yang siap dimanfaatkan petani. Untuk itu perlu analisis secara seksama sehingga memperoleh gambaran yang akurat dan dimana letak permasalahannya serta bagaimana cara mengatasinya agar teknologi hasil penelitian tersebut efektif. Hasil evaluasi awal beberapa teknologi yang dimanfaatkan dalam program prioritas tersebut telah menunjukkan nilai tambah atau nilai indeks efisiensi teknis dalam bentuk meningkatkan produktivitas hasil (sekitar 30%) atau efisiensi penggunaan input produksi (contohnya mengefisiensikan penggunaan pupuk N,P sebesar 20%), walaupun masih perlu kajian lebih lanjut, apakah teknologi tersebut berpotensi memberikan dampak potensial (potential impact). Sebagian besar teknologi unggulan tersebut menunjukkan dampak awal (initial impact) yang positif dalam bentuk penyebaran dan aplikasi teknologi oleh petani di wilayah pengembangan.  Abstract. The problem of fertilizer, degraded land, and pollution, management of swampy land resources, and management of limited water resources on agricultural land, are urgent issues or problems that have to be resolved. To overcome these problems, ICALRD has produced several technologies that have been and are ready to be applied. In the last two years, it has been shown that some of the outputs of research results in the form of technological products and recommendations for land resource technology have been applied and utilized in supporting the priority programs in the agricultural sector. The priority programs referred to are: (1) safe the peat swamp and increased farmer’s welfare program abbreviated as SERASI, (2) environmental pollution reduction program, (3) agricultural productivity improvement program and (4) climate change anticipation program. There is a paradox opinion between beween research institute and farmers; where many technologies have been resulted by research institute and ready for application but according to some farmers only few technologies are available and applicable. For this reason, a careful analysis is needed to assess what the problems are and how to overcome them so that the research technology is more effective. Initial evaluation results of several technologies utilized in the priority program have shown the added values or technical efficiency index values in the form of increasing yield productivity (around 30%) or efficient use of production inputs (eg efficient use of N, P fertilizers up to 20%). However, there is still a need for further study to determine whether the technology is promishing to have a potential impact. Most of the leading technologies show positive initial impacts in the form of technological dissemination and application by farmers in development areas. 

Performance of Multiple Error Correction (MEC) scheme based Hybrid ARQ (HARQ) algorithm for maximizing lifetime of Wireless Sensor Network (WSN) for natural disaster monitoring

No AbstractKeywords: HARQ, wireless sensor network, lifetime, CDM

West Java DPRD Political Communication in the Policy of Religious Tolerance

Along with the times, the implementation of tolerance must continue to increase, starting with growing knowledge and implementing it. Among these elements are members of the legislature who have policies that play a significant role in political communication with their constituents. This study aims to examine the knowledge of DPRD members in the West Java region regarding religious tolerance, the political communication of DPRD members in the West Java region regarding religious tolerance policies, and formulate a model of political communication carried out by DPRD members in the West Java region in a policy of religious tolerance. Using qualitative research methods, this study used interview data collection techniques. The conclusion is that DPRD members in the West Java region have extensive knowledge about religious tolerance, the political communication of DPRD members in the West Java region is quite complete involving internal and external political communication, and the model of political communication developed is making regional regulations, monitoring, and creating rules budgeting for religious tolerance programs. The impact of the research results is expected to increase religious tolerance in the West Java region and inspire DPRD members in other areas to increase knowledge and political communication regarding religious tolerance

STUDY LITERATION OF CHEMICAL CONTENTS OF SOME PLANTS THAT POTENTIALLY AS THE SOLAR SOWS

Excessive sun exposure causes the epidermal tissue of the skin to be unable to fight negative effects such as skin disorders ranging from mild dermatitis to skin cancer, so skin protection is needed such as the use of sunscreen, many plants in Indonesia contain phenolic and flavonoid contents that can potentially act as sunscreens. This study aims to determine the chemical content of several plants that have potential as sunscreen. Where this research was conducted through data collection from several scientific research journals. The data collection is done online using Google, Google Scholar. Based on the data obtained from several scientific research journals, it can be stated that some plants have the potential to act as sunscreens, by looking at the content they have, namely phenolic and flavonoids. The ethanol extract of 96% of Sembung Rambat Plants (Mikania micrantha Kunth) with an SPF value of 42.8810 with a total flavanoid content of 1.175%.                       Peer Review History: Received: 10 September 2020; Revised: 15 October; Accepted: 23 October, Available online: 15 November 2020 Academic Editor: Rola Jadallah, Arab American University, Palestine, [email protected] UJPR follows the most transparent and toughest ‘Advanced OPEN peer review’ system. The identity of the authors and, reviewers will be known to each other. This transparent process will help to eradicate any possible malicious/purposeful interference by any person (publishing staff, reviewer, editor, author, etc) during peer review. As a result of this unique system, all reviewers will get their due recognition and respect, once their names are published in the papers. We expect that, by publishing peer review reports with published papers, will be helpful to many authors for drafting their article according to the specifications. Auhors will remove any error of their article and they will improve their article(s) according to the previous reports displayed with published article(s). The main purpose of it is ‘to improve the quality of a candidate manuscript’. Our reviewers check the ‘strength and weakness of a manuscript honestly’. There will increase in the perfection, and transparency. Received file:                Reviewer's Comments: Average Peer review marks at initial stage: 5.0/10 Average Peer review marks at publication stage: 7.0/10 Reviewer(s) detail: Ahmad Najib, Department of Pharmacognosy-Phytochemystry Universitas Muslim Indonesia-Indonesia, [email protected] Dr. Gehan Fawzy Abdel Raoof Kandeel, Pharmacognosy Department, National Research Centre, Dokki, 12622,  Giza, Egypt, [email protected] Dr. Mohamed Said Fathy Al-Refaey, University of Sadat City, Menofia, Egypt, [email protected] Prof. Dr. Ali Gamal Ahmed Al-kaf, Sana'a university, Yemen, [email protected] Similar Articles: A REVIEW ON MEDICINAL USES OF DIFFERENT PLANTS OF EUPHORBIACEAE FAMILY EXPLORING THE ANTIPARASITIC ACTIVITY OF MEDICINAL PLANTS A STUDY ON DIFFERENT PLANTS OF APOCYNACEAE FAMILY AND THEIR MEDICINAL USES PHYTOCHEMISTRY STUDY OF PLANTS BELONGING TO CAPPARI

ANALISIS KEBERKELANJUTAN USAHATANI TANAMAN KARET DI LAHAN GAMBUT TERDEGRADASI: STUDI KASUS DI KALIMANTAN TENGAH / Analysis of The Sustainablility of Rubber Plantations Farming System in Degraded Peatland: A Case Study in Central Kalimantan

Sustainability analysis of rubber tree (Hevea brasiliensis) farming system aimed to assess the sustainability of the application of farming models which was developed in a pilot project in degraded peatland, which is located in Village/District Jabiren, Regency Pulangpisau (Central Kalimantan). Research was conducted by a structural survey method with 30 selected respondent farmers around the plots. The analysis was performed with the multidimentional scaling (MDS) approach, including social, economic and environmental dimensions. The level of (lkb) farming system sustainability of rubber trees in degraded peatland based on values of sustainability index of multidimensional in the Jabiren District showed sustained considerable scale with an index value of 66.69, meaning that farming models developed are quite sustainable farming. In other words that farming models are economically beneficial, socially acceptability to society, and ecologically not damage the environmental. The social dimension is more dominant determine the sustainability of farming that contributes to IKB amounted to 72.65 compared with the economic and environmental dimension with a contribution value of each 68.11 and 57.25. Sensitive factors affecting the sustainability, include: the intensity of extention (the social dimension), the stability of the prices of the farmers surplus productivity (the economic dimension), the water pH and water level fluctuations (the ecological dimensions).Keywords: sustainability index, rubber farming system, degraded peatland AbstrakAnalisis keberlanjutan usahatani tanaman karet bertujuan untuk menilai tingkat keberlanjutan dari aplikasi model usahatani yang dikembangkan dalam suatu demplot pola tanam (intercropping) di lahan gambut terdegradasi, dengan tanaman pokok tanaman karet dengan tanaman sela nenas di antara tanaman pokok karet dan aplikasi amelioran, yang berlokasi di Desa/Kecamatan Jabiren, Pulangpisau (Kalimantan Tengah). Penelitian dilakukan dengan metode survei terstruktur dengan memilih 30 responden petani di sekitar demplot. Analisis dilakukan dengan pendekatan multidimensi (multidimentional scaling/MDS), meliputi dimensi sosial, ekonomi dan dimensi lingkungan. Tingkat keberlanjutan (Ikb) usahatani tanaman karet di lahan gambut terdegradasi yang didasarkan pada nilai indeks keberlanjutan multidimensi di lokasi penelitian menunjukkan skala cukup berkelanjutan dengan nilai indeks 66,69, artinya model usahatani yang dikembangkan cukup berkelanjutan. Dengan kata lain bahwa model usahatani tersebut memberi manfaat secara ekonomi, secara sosial dapat diterima masyarakat, dan secara ekologis tidak merusak lingkungan. Dimensi sosial lebih dominan menentukan keberlanjutan usahatani yaitu kontribusi terhadap Ikb sebesar 72,65 dibanding dengan dimensi ekonomi dan lingkungan dengan kontribusi nilai masing-masing 68,11 dan 57,25. Faktor yang peka mempengaruhi keberlanjutan, meliputi: intensitas penyuluhan (dimensi sosial), kestabilan harga hasil petani pada saat panen (dimensi ekonomi), pH air di lahan usahatani dan fluktuasi debit air di lahan petani (dimensi lingkungan/ekologi).Kata kunci: indeks keberlanjutan usahatani karet, lahan gambut terdegradas

Analisis Mutu, Produktivitas, Keberlanjutan Dan Arahan Pengembangan USAhatani Tembakau Di Kabupaten Temanggung, Jawa Tengah

Analysis of quality, productivity and sustainability anddevelopment direction of tobacco farming in TemanggungDistrict, Central JavaTemanggung tobacco is an important commodity for cigaretteindustry, farmers' income and product domestic regional brutto (PDRB)of Temanggung District. Tobacco stimulates economy activities, so that itcan grow other bussiness activities, such as transportation, agroproductand employment availability. Uncontrolled cultivation intensity andmarket structure monopsonistic resulted in weak bargaining position offarmer in marketing tobacco. Tobacco is a fancy product, it means that itsmarketing and transaction are very determined by quality. Theseconditions affected the sustainability of tobacco farm. This research wascarried out from January 2004 to March 2005 in the center of Temanggungtobacco production, which varies in terms of elevation, slope aspect andtopography. Temanggung tobacco varies in terms of quality andproductivity. Elevation and slope aspect were the primary factorsinfluencing tobacco productivity and quality. The quality of tobaccoplanted at farmer location at the elevation more than 1.000 m above sealevel (asl) with slope facing east, was significantly better than the qualityof tobacco planted at the elevation less than 1.000 m asl with slope facingnorth-east and north. The tobacco productivity planted on the slope facingeast differed significantly with the tobacco productivity planted on north-east and north slope facing. The slope did not significantly influencetobacco quality and productivity. Sustainability index of tobacco farmbelongs to enough category (IKb = 55.53 at scale of sustainability 0 –100)