Hasil Pencarian  ::  Simpan CSV :: Kembali

"PDRB Indonesia setiap tahun semakin meningkat. Konstruksi yang merupakan salah satu sektor dalam PDRB juga meningkat. Sebesar 60% konstruksi di Indonesia membutuhkan beton. Oleh karena itu, perlu dilakukan pendirian pabrik beton. Salah satu aspek yang penting sebelum mendirikan pabrik beton ialah pemilihan lokasi. Terdapat tiga tahap dalam penentuan prioritas lokasi pabrik beton. Pertama adalah penentuan faktor yang mempengaruhi lokasi pabrik beton dan alternatif lokasinya. Terdapat 5 faktor utama penentuan lokasi pabrik beton, yaitu persaingan, akses, bahan baku, lahan, dan sosial lingkungan. Selanjutnya ialah penentuan bobot dari setiap lokasi dengan menggunakan fuzzy AHP. Faktor persaingan, akses, dan bahan baku memiliki bobot tertinggi. Terakhir ialah penentuan peringkat prioritas lokasi pabrik beton dengan menggunakan TOPSIS. Palembang merupakan prioritas utama lokasi pabrik beton di Sumatera bagian selatan.

---

GDRP in Indonesia always increases. Construction which is one of GDRP sector increases too. 60% of construction in Indonesia need concrete. Therefore, concrete batching plant have to be built. One of the aspect in building concrete batching plant is selection location of batching plant. There are 3 steps in selection of location of batching plant. First is selection the criteria which has the impact of batching plant location and the alternative of batching plant location. There are 5 main factors which have impacts in batching plant location include competitiveness, accessibility, material, land, and social and environment. Next step is calculation of weight for every criteria in selection of batching plant location with Fuzzy AHP method. Competitiveness, accessibility and material have the highest weights. Last step is make the rank of alternative in batching plant location with TOPSIS. The result is Palembang as the main priority for location batching plant in South of Sumatera."

"Kajian manfaat tumbuhan hutan pamah telah dilakukan berdasarkan data keanekaragaman dari penelitian Anas (2013), Rahmah (2013), Sehati (2013), pada bulan Februari hingga Mei 2014. Kajian tersebut bertujuan untuk mengetahui potensi pemanfaatan keanekaragaman tumbuhan hutan pamah di zona inti Taman Nasional Bukit Duabelas (TNBD). Kajian manfaat tersebut dilakukan melalui tahap pengecekan serta dokumentasi spesies terkait, dan penelusuran potensi pemanfaatannya melalui sumber rujukan ilmiah. Potensi pemanfaatan yang diperoleh sejumlah 161 spesies tumbuhan yang termasuk ke dalam 111 genus dan 48 famili. Potensi tersebut dikelompokkan ke dalam kategori bahan pangan (72 spesies), bahan obat (73 spesies), bahan bangunan (87 spesies), bahan bakar (33 spesies), kerajinan dan teknologi lokal (47 spesies), bahan pewarna dan ritual (15 spesies), dan sumber penghasilan nonkayu (20 spesies). Sepuluh famili dengan potensi pemanfaatan manfaat terbanyak adalah Euphorbiaceae (10 spesies), Moraceae (10 spesies), Lauraceae (9 spesies), Clusiaceae (8 spesies), Rubiaceae (8 spesies), Fabaceae (7 spesies), Malvaceae (7 spesies), Phyllanthaceae (7 spesies), Sapindaceae (6 spesies), Annonaceae (5 spesies).

---

Utilization assessment of low land rain forest vegetation was conducted based on previous research data by Anas (2013), Rahmah (2013), and Sehati (2013) on February to May 2014. Its aim was to acknowledge utilization potential of low land forest plant biodiversity at core zone of Bukit Duabelas National Park (BDNP). The assesment was conducted on checking and documentation of plant biodiversity, and economic potential assessment through scientific reference. Utilization assessment deliver 161 species in 111 genera and 48 families. Utility potential was distributed into seven utilizatition groups, food (72 species) medicinal subtances (73 species), construction (87 species), firewood (33 species), craft and local technology (47 species), natural dye and ritual (15 species), non-timber additional income (20 species). Ten highest families which mostly utilized are Euphorbiaceae (10 species), Moraceae (10 species), Lauraceae (9 species), Clusiaceae (8 species), Rubiaceae (8 species), Fabaceae (7 species), Malvaceae (7 species), Phyllanthaceae (7 species), Sapindaceae (6 species), Annonaceae (5 species)."