Salma Fadhilah

(image source: www.ialijabar.org ) Banyak orang-orang yang bertanya,   kenapa sih harus arsitektur lanskap? Kenapa nggak teknik arsitektur? Atau arsitektur interior/desain interior? Atau jurusan lain? Atau yang paling sadis,   kenapa sih saya bisa 'tersesat' atau lebih tepatnya 'menyesatkan diri' di ranah ilmu yang sama-sekali asing bagi banyak orang, dan akhirnya memutuskan untuk 'membuang-buang' waktu 4 tahun buat mempelajarinya? So here i am , buat sekedar sedikit berbagi tentang alasan-alasan dibalik pilihan saya berkuliah di Arsitektur Lanskap (ARL) IPB. Jawaban-jawabannya saya urutkan dari yang paling pribadi ke yang paling umum, dan b eberapa jawaban yang bersifat pribadi mungkin nggak bisa disamakan dan gak bisa diterima semua orang, ya namanya juga alasan pribadi.   Tapi kalo yang ternyata punya keadaan yang sama, mungkin ARL juga tempat yang tepat buat kamu (biasanya ini buat anak kelas 3 sma yg lagi galau). 

Nowadays, the most visited places for tourism are located in the city and urban area. Most of them are manmade recreation like amusement park or shopping district. The natural recreational places are not much visited and famous in tourism. Some of the natural resource based tourism that is still has many visitors are just places like beach or mountain, but the visitor still not as much as the other urban recreational places.

               In Japan, the citizens commonly run their activity based on the weather forecast. It's because, Japan is well known with the precise weather forecast and all the citizen of Japan are believe in it. So that the weather forecast, including the system and the device, are very important to all the Japanese people. The Automated Meteorological Data Acquisition System (AMeDAS) is a collection of Automatic Weather Stations (AWSs) run by JMA (Japan Meteorological Agency) is the device for automatic observation weather aspects to support realtime monitoring of weather conditions with high temporal and spatial resolution. An AMeDAS observing station measuring precipitation, wind direction/speed, temperature and sunshine duration (with snow cover meter). JMA began operating the AMeDAS system, which now currently spreaded all around Japan at average intervals of 17 km nationwide, on 1st November 1974.