Judul: Rancang Bangun Sistem Pendataan Perikanan Tangkap di Kabupaten Sukabumi, Jawa Barat
Abstrak: Good data collection system is important factor in gaining an efficiency that will create an advantage, especially on fisheries data collection. However, fisheries data collection system in Sukabumi is still very simple and done with the manual system. Seeing the potential of Sukabumi fisheries, we need a system design of effective and efficient data collection in order to improve the performance of any part of the ports in Sukabumi. This study aimed to design a system of web-based fisheries database that can be accessed by any institution in Sukabumi and can be used as consideration in decision-making on fishery policy in Sukabumi. The analysis used is the development of a system that aims to produce an effective operating system based on the information needs of the user by using My SQL (Structure Query Language) and PHP (Hypertext Processor). The results of the analysis have shown that the fisheries data collection system can be identified on data of Sukabumi into 10 parts, production, ports, fishing, boats, type of boats, fishing gear, kind of catch, KUB (Joint Business Group), fisheries enterprise and managing user menu. The web-based application data management process is expected to be more structured and more efficient so as to support the fishing activities in Sukabumi.
Keyword: 

Judul: Design of Fishing Port System Information (Case Study of Cilacap Fishing Port)
Abstrak: The objective of the research is to design fishing port information system which is friendly to fishermen. Such system is expected to promote efficiency of capture fishery and management of Cilacap fishing port. The activities of research were field surveys, system analysis, system design development, computer programming, system testing, and necessary improvement of the system. Primary data were obtained from field observations and interviews with stakeholders. Secondary data were collected from Cilacap Fisheries Agency, statistical report from Cilacap fishing port authority and Central Province Fisheries Agency. The research was conducted from December 2004 to December 2006. Data analysis was carried out with system approach; the information system was designed to be more user friendly, especially for fishermen. Types of information available in the system are: (1) service available in the fishing port, (2) fishery activities at the fishing port, (3) general condition of Cilacap Regency, and (4) general condition of fish resources and seasonal pattern. In general, this information system applicable to other fishing port. The data base is structured into four categories, i.e. catch, port facilities, environment and oceanography data, fishing vessels and fisherman. These four categories are explained in several supporting files. The system uses the ASP program, there are two displays: input and output. The input is provided for system administrator and the output while provide information for the users. The submenus available to the users are Cilacap fishing port, fishing information, Cilacap Regency and other submenu on fish resources.
Keyword: 

Judul: Variasi Waktu Reaksi Sintesis terhadap Karakteristik Struktural Nanoplatelet α-Zirkonium Fosfat
Abstrak: Nanoplatelet α-ZrP merupakan material anorganik yang bersifat asam dan berstruktur kristal dengan rumus Zr(HPO4)2.H2O. α-ZrP disintesis dengan ragam waktu reaksi hidrotermal selama 3, 6, 12, 18, dan 24 jam untuk megevaluasi pengaruh waktu reaksi sintesis pada morfologi, ukuran partikel, dan kapasitas tukar kation (KTK). Spektrum inframerah nanoplatelet α-ZrP dari kelima ragam waktu tersebut menunjukkan keberadaan ikatan O-H, P-OH, P-O, dan PO4. Difraksi sinar-X memperlihatkan terdapat empat puncak 2θ yang serupa dengan pola difraksi standar α-ZrP dari data JCPDS. Payaran mikroskop elektron menampilkan bahwa material α-ZrP berukuran nanometer pada bagian ketebalan partikelnya dan berbentuk platelet yang pipih. Nanoplatelet α-ZrP memiliki rentang distribusi ukuran partikel yang luas. Perbedaan ukuran disebabkan oleh ragam waktu dalam proses hidrotermal. Ukuran partikel semakin besar seiring lamanya proses hidrotermal. Penentuan KTK menunjukkan semakin lama waktu sintesis maka semakin kecil nilai KTK.
Keyword: nanoplatelet α-ZrP, sintesis α-ZrP, variasi waktu hidrotermal