Dukungan Politik dan Jaringan Komunikasi Sosial Kasus Pemilihan Kepala Daerah Banjarbaru, Kalimantan Selatan

Masyarakat adalah jaringan sosial yang kompleks, terdiri dari sosial hubungan diadik dan triadik di mana satu sama lain saling terkait. Keberadaan dari hubungan sosial diciptakan oleh adanya kebutuhan atau tujuan yang ingin dicapai. Para pemeran di dalam jaringan sosial terikat satu sama lain oleh seperangkat/serangkaian harapan yang relatif stabil yang pada akhirnya menciptakan sejenis aturan-hukum-norma di antara mereka. Jaringan social juga menampilkan perilaku yang mirip di antara para pemerannya. Tiap konteks social memiliki atau menciptakan sebuah jaringan sosial yang berbeda dengan jaringan lainnya. Berdasarkan paradigma jaringan komunikasi sosial ini, dengan memahami prinsip hubungan yang mengikat sejumlah aktor sehingga membentuk sebuah jaringan sosial, maka kita akan dapat memahami logika situasional, tipe pengendalian sosial, dan pertukaran social antar aktor dalam sebuah jaringan sosial; untuk menjelaskan konflik sosial, Perubahan sosial, dan kendali sosial di antara mereka – dalam organisasi, negara, atau masyarakat

Media Transmission in Local Area Network Di PT. Telkom Kandatel East Jakarta

LAN network in the East Jakarta Kandatel to send its data he uses communication techniques broandband ethernet, using CSMA / CD (Carrier Sense Multiple Access / Collision Detection with) and the topology used is the bus topology used in the building. While the tree topology t o connect between buildings OPMC, Datel and Sentel through optical fiber media. While for the LAN network in a single building using UTP cable. In Kandatel to connect between buildings with each other using fiber optic media, it is because this type of cab le is not easily disrupted by interference from outside. While for the LAN network in a building using UTP cable

Keithfield Plantation Bluff & Wharf Sites

This 36-page, unpublished document was written by SCIAA Research Associates Steve Howard, William R. (Billy) Judd, and Drew Ruddy for use by SCIAA

Perubahan Penggunaan Lahan dan Dampaknya terhadap Erosi di Daerah Aliran Sungai Wae Lela Kota Ambon

High population of inhabitans in watershed area is an important factor which increase watershed's damage so that, proper land conservation should be done. Research in the watershed Wae Lela has been done to analyze the dominant factors causing soil erosion due to changes in land use, and determine the amount of erosion after land use change in the watershed. The research method was field survey with a synthetic approach pattern by using free surveys observation distance. This observation distance used according to the pattern of land use changes on certain land units, with the type of profile observations/boring. The study found that land use in the watershed Wae Lela has undergone considerable changes in the last 25 years between 1988-2013. Natural forest generally has been transformed to be used for landfarming. Fram planted with multiple cropping of cloves, nutmeg, coconut, tubers, vegetable was become less effective to prevent erosion. This change leads to increased erosion which mainly occurred in mixed farm area up to 6415.06 t/ha/year; covered an area of 220.6 ha or 26.2% of the research area

Design of wave breaking experiments and A-Posteriori Simulations

This report presents results of 30 wave breaking experiments conducted in the long wave tank of TU Delft, Department of Maritime and Transport Technology (6,7 and 10-12 March 2014), together with simulations performed before the experiment to determine the required wave maker motion and a-posteriori simulations that use a measured time trace as influx for calculation further downstream

Ekologi Hutan Gambut Ditaman Nasional Tanjung Puting, Kalimantan Tengah*[ecological Study of Peat Forest in Tanjung Putting National Park, Central Kalimantan]

Ecological studies of peat-swamp forest was conducted in the Tanjung Puting National Park,Central Kalimantan. One-hectare permanent plot has been establishes in order to describe the forest structure and floristic composition. Within 1-ha plot 141 species of tree (dbh >10 cm) and saplings (dbh 5-10 cm) belongs to 84 genera and 43 families recorded. Glutta wallichii, Neoscortechinia philippinensis and Gonystyllus bancanus were dominant tree species, whereas Baccaurea racemosa was very dominant for sapling stage.Tree's density 2 2 was 728 /ha with basal area of 43.01 m /ha whereas density of sapling was 904 /ha with basal area of 3.8 m /ha. Most (30.7 %) of trees with dbh 10 - 30 cm and only 2.23 % of them reach up to dbh > 50 cm. There are three canopy layers that are I-layer was 26.8-33.6 m,II-layer was 17.8-26.8 m and Ill-layer was 9.8-17.6 m high

Zooplankton Community in The Waters of Lab Faculty of Fisheries and Marine Science East Likupang North Minahasa

The purpose of this study was to determine the type, density, and community structure of the Zooplankton including the Diversity Index (H '), Dominance Index (C), and Evenness (e). Sampling was carried out on November 12, 2019, using planktonet to a depth of 10 m from sea level, and carried out vertically as much as 3 times at each sampling point. The results obtained were 22 genus 26 species in 3 classes, namely: Paracalanus sp, Rhincalanus sp, Calanus sp., Corycaeus sp., Acrocalanus sp., Oncaea sp., Oithona sp., Scolecithricella sp., Euterpina sp., Eurytemora sp., Centropages sp., Ctenocalanus sp., Eucalanus sp., Pseudocalanus sp., Microsetella sp., Nauplius sp., Squilla sp., Siriella sp., Pseudeuphausia sp., Nematocelis sp., Zoea., Solenocera sp. The highest relative density was found in Paracalanus sp which was 39.38%. The Diversity (H ') of zooplankton at two sampling points is classified as moderate. These values indicate the community of planktonic organisms in the areas of study is less diverse. And Dominance Index (C) shows that no species dominates the waters of East Likupang.Keywords: Community; Zooplankton; East Likupang; Domination; Diversity.AbstrakTujuan penelitian ini adalah untuk mengetahui jenis, kepadatan, dan  struktur komunitas Zooplankton seperti Indeks Keanekaragaman (H’), Indeks Dominansi (C), dan Keseragaman (e). Pengambilan sampel dilakukan pada 12 November 2019 mengunakan planktonet sampai kedalaman 10 m dari permukaan laut, dilakukan secara vertikal sebanyak 3 kali pada setiap titik. Berdasarkan hasil pengamatan diperoleh 22 genus 26 spesies dalam 3 kelas yaitu : Paracalanus sp, Rhincalanus sp, Calanus sp., Corycaeus sp,  Acrocalanus sp., Oncaea sp, Oithona sp., Scolecithricella sp., Euterpina sp., Eurytemora sp., Centropages sp., Ctenocalanus sp., Eucalanus sp., Pseudocalanus sp., Microsetella sp., Nauplius sp., Squilla sp., Siriella sp., Pseudeuphausia sp., Nematocelis sp., Zoea., Solenocera sp. Kepadatan Relatif tertinggi terdapat pada Paracalanus sp yakni 39.38%. Keanekaragaman (H’) zooplankton di dua titik tergolong sedang. Nilai tersebut menunjukkan komunitas organisme dalam kondisi yang kurang beragam. Dan Dominansi (C) menunjukkan tidak ada spesies yang mendominasi di perairan Likupang Timur.Kata kunci: Komunitas; Zooplankton; Likupang Timur; Dominasi; Keanekaragaman