The Routledge Handbook of Environment and Communication

Allan, Stuart; Ewart, Jacqui

doi:10.4324/9781315887586

Cited by 109 publications

(27 citation statements)

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“…In particular, the three major stream restoration functions can be imagined by a visual imagination survey with individual persons. Visual image‐based surveys measuring residents' perception have been critical as a communicating process within the environment as a focus for social and political concern since the rise of the postmodern environmental movement (Hansen & Cox, ). Visual resource‐oriented environmental perception research can be defined as a research process that theorizes and empirically examines, using a variety of methods, how visual imagery in the broadest sense (photographs, film, scientific/graphical representations using charts and graphs, maps, models, drawings, cartoons, paintings, artistic exhibits, installations, or performances) communicates and conveys messages about environmental conditions.…”

Section: Methodsmentioning

confidence: 99%

Comparing the functional recognition of aesthetics, hydrology, and quality in urban stream restoration through the framework of environmental perception

Hong

Chang

Chung

2019

River Research & Apps

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This study explores the application of a civic perception analysis in the context of stream restoration as a social-ecological system (SES). Analysing such a SES is useful for understanding correlations between civic interests and environmental conditions in river restoration. An analytic hierarchy process (AHP) analysis was used to quantify the demand for restoration objectives. Additionally, an image-based survey was used to precisely capture residents' perceptions of urban stream restoration by comparing aesthetic images, hydrologic functions, and environmental quality. Based on the AHP results, a hierarchical multiple regression was derived. A total of 181 participants responded to our survey, and the results were summarized by each subwatershed in the An'Yang watershed. The results demonstrated that the perceptions of residents who live in various environmental and regional conditions may manifoldly reflect their personal visual and aesthetic preferences by subwatershed. The upstream subwatershed values (SW1 = 7.86 and SW2 = 7.39) were higher than those in the downstream areas (SW5 = 5.28 and SW6 = 5.15). Consequently, this hierarchical multilevel model showed that individual environmental perception was highly associated with visual preference regarding stream restoration at the subwatershed level (p < 0.001). Urban environmental and spatial planners could use such information when restoring and designing waterfront spaces.

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Section: Methodsmentioning

confidence: 99%

Comparing the functional recognition of aesthetics, hydrology, and quality in urban stream restoration through the framework of environmental perception

Hong

Chang

Chung

2019

River Research & Apps

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“…Thus, the different geometrical uncertainties include the following items: (1) The streamwise distance between the truck and the tower was assumed to be 56 m, which based on experts' opinion, has about 2 m of uncertainty. 22 (2) The uncertainty of the position of the focal point was considered to be on the same direction vector too, thus resulting in a total uncertainty of 2. Using the Monte Carlo method, 24 the position and angle uncertainties were used to create 100 random samples of position and angles.…”

Section: The Uncertainty Of the Velocity Measurements From Uncertain mentioning

confidence: 99%

Comparing rotor plane induction determined from full‐scale measurements and CFD simulations

Ghadirian¹,

Larsen²,

Troldborg³

2018

Wind Energy

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This paper investigates the flow field in the rotor plane of a full‐scale operating wind turbine using full‐scale light detection and ranging (LiDAR) measurements for the first time. Comparison of the measured flow field with results from large eddy simulations (LES) combined with an actuator line approach is also presented for in‐depth study of the induction field in the rotor plane. The measurements include data from two synchronized LiDAR systems—one scanning the undisturbed upstream inflow field and one measuring in the rotor plane. The standard deviation of the mean of velocity time series are and presented as a measure of reliability. The method for calculating the axial velocity based on the line‐of‐sight velocity is explained and the uncertainty of such method is presented. The process of calculating the yaw misalignment is described. The time‐averaged and phase‐averaged axial velocity and induction factors are presented relative to radius and azimuth, and the general behavior is described relative to the flow regimes around the blades, tower and nacelle. Simulations and measurements are compared with special emphasis on the flow structures in the vicinity of the individual rotor blades. A convincing agreement between measurements and simulations is demonstrated. The uncertainties originated from the imprecise positions and angles of the measurement instruments are shown. The uncertainties are limited to the middle parts of the blades between 15 m to 25 m from the root. In addition, longer selected time series show smaller uncertainties. This proves the reliability of the application of the methodology for even longer time series.

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“…Komunikasi lingkungan sebagai sebuah bidang kajian komunikasi berkembang begitu rupa dalam tiga dekade terakhir (Hansen & Cox, 2015). Perkembangan kajian komunikasi lingkungan tidaklah terjadi begitu saja, ada proses dan tahapan sehingga kajian ini berkembang (Senecah, 2007).…”

Section: A Pendahuluanunclassified

Kolaborasi Merawat Brantas (Sebuah Studi Komunikasi Lingkungan Di Desa Sumber Brantas, Kota Batu, Jawa Timur)

Sudjoko

2018

CHANNEL: Jurnal Komunikasi

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Penelitian ini dilakukan untuk memperkaya kajian Komunikasi Lingkungan dalam konteks Asia. Penelitian ini menggunakan pendekatan kontruktifis dengan metode penelitian kualitatif dengan pemilihan informan Purposive Sampling. Metode pengumpulan data dilakukan dengan wawancara mendalam (indept interview) dan observasi partisipan (overt participant) guna mendapatkan data yang akurat dari informan sesuai dengan kebutuhan. Hasil penelitian ini adalah adanya kolaborasi antara perum Jasa Tirta, Tahura Soerya, dan masyarakat dalam merawat Daerah Aliran Sungai Brantas (DAS) yang difasilitasi oleh pemerintah desa Sumber Brantas. Kunci dari kolaborasi yang efektif dalam merawat DAS Brantas adalah: Kesadaran akan nilai strategis Brantas, pemahaman terhadap peran masing-masing intitusi, aspek budaya. Hasil penelitian ini menunjukkan bahwa Komunikasi Lingkungan di desa Sumber Brantas dipengaruhi oleh pemahaman setiap stakeholder, nilai DAS Brantas, dan juga aspek budaya.

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The Routledge Handbook of Environment and Communication

Cited by 109 publications

References 0 publications

Comparing the functional recognition of aesthetics, hydrology, and quality in urban stream restoration through the framework of environmental perception

Comparing the functional recognition of aesthetics, hydrology, and quality in urban stream restoration through the framework of environmental perception

Comparing rotor plane induction determined from full‐scale measurements and CFD simulations

Kolaborasi Merawat Brantas (Sebuah Studi Komunikasi Lingkungan Di Desa Sumber Brantas, Kota Batu, Jawa Timur)

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