Perancangan Sistem Informasi Pemasaran Berbasis Web Di CV. Mitra Adi

Marketing using the Internet continues to evolve rapidly. Many developed and developing companies use this technology to market their products. Marketing advantage using the Internet is able to reduce marketing costs and can extend the reach of marketing, thus making internet as a marketing target at many companies. CV. Mitra Adi as a growing company that uses the Internet as a target marketing products using CMS (Content Management System) WordPress. The ability CMS WordPress is only displaying products and news articles, so the internet marketing function is not optimal to use. It needs a system that emphasizes marketing functions, such as online-based sales, customer relations, and inter-customer forum. The author then design a web-based marketing information system in accordance with the new marketing functions proposed by CV. Mitra Adi. The new marketing functions proposed by CV. Mitra Adi are: the system can provide information quickly and accurately; the system can be used as a powerful promotion media campaign and be able to reach out globally; the system can be used to displaying article; the system can be used to directly interact with users through chatting media; the system can be used as media consultation between the fellow users, and users with admin; the system can be used as a web-based sales, and the system can be used to display hyperlink. The new web-based marketing information system has been built have the principal functions are divided into three parts, the media and information campaign that consists of the publication of articles, product promotion, and web links; interaction media with for the admin and member that consists of the media of consulting and web chatting; and web-based sales. Principal functions of a web-based marketing information system have meet the internet marketing needs of CV. Mitra Adi

POPULATION SIZE OF TWO ENDANGERED VIREYA RHODODENDRON SPECIES AND THEIR SURROUNDING VEGETATION ON THE TOP OF THE MT. RANTEMARIO, SULAWESI

Five of the 29 species of Rhododendron of Sulawesi are threatened and two of which have endangered category (EN D). Field assessment had been conducted to measure the current population size of the endangered R. eymae and R. nanophyton var. nanophyton. One hundred and fortyplots (of each 5x5 m2) along seven transects were established around the summit of Mt. Rantemario (3,269–3,445 m asl.), South Sulawesi. The results showed that there were 318 individuals of R. eymae and two individuals of R. nanophyton var. nanophyton within the plots. We also found that the estimated population sizes of those two species have not met the criteria previously stated (EN D). The appropriated status for both species is Vulnerable (VU D2). The reasons for proposing this new category are discussed. The dominated shrubs and herbs on the summit area of Mt. Rantemario were Leptospermum javanica (IVI=37.08), Eriocaulon truncatum (IVI=34.83), and Styphelia suaveolens (IVI=24.63). The association of those three plants with the Rhododendron’s were analysed

Modeling of Tree Growth After Forest Fire in Mount Ciremai National Park, Indonesia

Forest fire is a massive threat towards tropical forest causing various negative impacts to nature and human being. Forest fire often leads to alteration of forest structure and its functions. This study of tree growth after forest fire was conducted using a model simulation. The model was performed at the individual level of plant community and built to analyze the potential of tree growth and its scenario for post-fire recovery. Five important tree species from montane forest of Mount Ciremai were chosen to build the model based on four main parameters i.e. plant growth rate, diameter at breast height (DBH), tree-to-grass competition and tree-to-tree competition. The scenario of post-fire recovery was performed by replanting similar species with 5 cm DBH seedling. Prediction from our model showed that most of the chosen species would recover to its pre-fire condition after 37 - 50 years. Considering the limitation of competition after re-planting, it was suggested to minimize tree to tree competition and applied silvicultural treatments to maximize tree growth and tree community recovery

Rainforests at the beginning of the 21st century

Rainforests are situated at low latitude where forests enjoy steady and strong radiation. Biodiversity in rainforests has been very high, for historical and climatic reasons. The number of species is very high and tends to increase with precipitation and decrease with seasonality. Disturbance, soil fertility and forest stature also influence the species richness and high turnover of species contribute to diversity. Field observation and studies revealed that large scale deforestation could alter the regional and global climate significantly. Deforestation alters the surface albedo which leads to climate change. Regional land use contributes to climate change through surface-energy budget, as well as the carbon cycle. Forest fragmentation, logging, overhunting, fire and the expanding agriculture threaten the biodiversity. Rainforest covered area has significantly shrunk in the last decades. It is hard to protect the forests because of the growing demand for agricultural area and forest-derived products. Most measures proved ineffective to slow down the destruction. Hence, more forest will be lost in the future. Conservationists should take into consideration the secondary forests because biodiversity can be high enough and it is worth protecting them

Population Size of Two Endangered Vireya Rhododendron Species and Their Surrounding Vegetation on the Summit of the Mt. Rantemario, Sulawesi

Five of 29 species of Rhododendron of Sulawesi are threatened and two of them have endangered status (EN D). Field work assessment conducted to measure the current population size of endangered R. eymae and R. nanophyton var. nanophyton. One hundred and forty plots (5x5 m2) along seven transects were made around the summit of Mt. Rantemario (3,269-3,445 m asl.), South Sulawesi. The result found that there were 318 individuals of R. eymae and two individuals of R. nanophyton var. nanophyton within the plots. We also found that estimated population sizes of those two species have not meet with the criteria that previously stated (EN D). The proper status for both species were Vulnerable (VU D2). The reason behind were discussed. While, dominated shrubs and herbs on the summit area of Mt. Rantemario were Leptospermum javanicum Blume (IVI=37.08), Eriocaulon truncatum Buch.-Ham. ex Mart (IVI=34.83), and Styphelia suaveolens (Hook.f.) Warb. (IVI=24.63). The association of those three plants with the Rhododendrons were analysed