Jurnal Lanskap Indonesia

Identifikasi Dan Rencana Pengembangan Kawasan Wisata Budaya Koridor Sungai Kapuas - Kota Pontianak

2019-09-02T07:42:11Z

Identifikasi Dan Rencana Pengembangan Kawasan Wisata Budaya Koridor Sungai Kapuas - Kota Pontianak Avenzora, Ricky; Umar, Fadiah; Nurisjah, Siti

Karateristik Habitat Musim Dingin Sikep Madu Asia (Pernis Ptylorhynchus) Di Talaga Bodas, Jawa Barat Berbasis Data Satellite Tracking

2015-09-15T03:58:27Z

Karateristik Habitat Musim Dingin Sikep Madu Asia (Pernis Ptylorhynchus) Di Talaga Bodas, Jawa Barat Berbasis Data Satellite Tracking Ameliawati, Presti; Syartinilia; MuJyani, Yeni A.; Higuchi, Hiroyoshi Onental Honey 811::.zards (OHBs, Penns ptilorliy11chus) are migratory rnptors w/11d1 hnve w111/eri11g grounds 111 f11don es1n. OHBs' wrnlcring Jw/11/11/s c1111 be drmded mlo core and edge J111b1tals w1l11 unique landsrnpe cliaractens/1cs, 11'/11d1 influence l1'111len11g s1/r selet /um. Talaga8odasands11rroundmgt1r.'alws fi<•emdcn11fiedas wmleri11g Jwb1tat of OHB based sale/11/e lrackmg data. TI1eob1ertwe of tl11s sludy were to: 1) modeling the cfo:/rrbulion of wintering lwbilal of OHB in Talaga Bodas; 2) analyzemicro J111bilats of trcget11tionaspecl inTalagaBodas; 3) 1mpl1ca llo11~ of 111111/enng Jiab1talmanagemenl in\ Vesl ]m1a. Main methodology was combining salellile-trackmg data of OHB mi/11 the GIS/mnote sensing datausing logtsl1c regression model. 18 Enmronmenlal 11ariable used in this sludy include nearest distance lo the cil'l•atron (0- 300m, 300-500111, 500-700111, 700-1000111, >1000111),slope (0-3%, 3-8%, 8-15%, 15- 25%, 25-40%, >40%) and la111lcover (water body, paddy ficlcl,abandon land,settlement,slirub,plantntion,foresl). Only 7 variables were detected as important variable for clmracteririzing Ille d1stnbution of wrntering lwbital. Wintering l111b1/11t dislribution model werepredominanlly influenced by 1) slopt. 25%-40,o, 2) ele1•al1011 0-300 111, 3) elernlion 300-500 m, 4) £'/evation > 1000 m, 5) forest, 6) paddy field and 7) waler body. '171.e results of ll1e vegetation 11nalysis's known Iha/ tire core habitat biodiversity tend lo lim•e less variable than lhe edge Jiabitals. The resulls oftl11s studywillbe usedfonnrmagemenf ofwmlennghabitat for OHB. Key words:logrstfr regress1011, orieula/ honey-buzzards, satelille tracJ..i11g, talaga bodas, wi11ler111g li11bitat

Pungsu: Geomansi lanskap Korea

2015-09-02T23:58:50Z

Pungsu: Geomansi lanskap Korea; Pungsu: Geomancy of Korean Lanscape Pramukanto, Qodarian Geomancy is form-recognized art of earth’s ki energy interaction with community culture. Ki and its existence in a place can be identified because its linked to geographical features of landscape. In Korea, this spatial perception and thought about geographical environment is the pungsu. Pungsu is geomancy that examines and determines the sites that favorable for town, village, house or tomb. There are two approaches are applied in pungsu, i.e. compass school and form school. The compass school is developed from the basic idea/theory, while form school developed from systematic structure theory. This paper explain and discuss both approaches. Keywords: Geomancy, pungsu, ki energy, compass school, form school, Korea

Communicating and evaluating landscape design concepts online with a virtual reality landscape model

2015-09-02T21:25:59Z

Communicating and evaluating landscape design concepts online with a virtual reality landscape model Hadi, Akhmad Arifin; Einar Kretzler; Barty Warren-Kretzschmar ABSTRACT: The communication betzoeen designers and users is needed in orfur to maintain a higlt leoel of engagement among the public participants, especially in case study euhich is considering the emtironment. The objectiae of this research is to inaestigate if oisualimtion by using virtual Reality (vR) model is suitable media to communicate landscape design ideafrom designer to public (users) in case study situ kutikLake. It is answer the question if vR model combineil with online.questionnaire can be a methocl to gather public participation in landscape design process for case study tohich is relateil with pttblic and enoironments. The research is started by creating three design alternatiaes of situ Leutik Lake in vR model by using Quest 3D. The next step is obtnining puhlic feedback nhotLt vR model and selccting the most preferred landscape design alternatiae. Respondents nre asked to inoestigate three design altentatioes by doing zoalkthrough andbird aiero in the vR model. After operating vR model, users are asktd to fulfiu the online questionnaire. In online questionnaire, respondents are nskert if tlrcy understand abotri the idea of each fusign alternatiaes. Respondents are also asked to select the most preferred design alternatioe and gioe suggestions about final design. The results shcno that respondents understand about ideas of each landscape design alternatioes and agree that vR model can be media to communicate landscape design id.ea. The next result is that landscape design alternatioe number 3 is the most preferred landscape design chosen by respondents. The feedback from responilents about proposed site is supported the statement of sheppard et at (2008) that oisioning by using VR model can ffict awareness,'emotion and motktatioit of community to their enoironment- For site case zuhich inoolaing publics and considering sustainability of enaironment, the use of VR model is aery useful for giting a good understanding to stakeholders about ideas of landscape designer. Keywords: aisualization, airtual reality, design, quest 3D