The predicted effectiveness of thermal condition mitigation strategies for a climate-resilient archaeological park

Binarti, Floriberta; Koerniawan, Mochamad Donny; Triyadi, Sugeng; Matzarakis, Andreas

doi:10.1016/j.scs.2021.103457

Cited by 11 publications

(8 citation statements)

References 48 publications

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“…Permukaan berpori yang menyerap air direkomendasikan sebagai bahan penutup permukaan pada area wisata agar kelestarian air tanah dan iklim mikro dapat terjaga [8][9][10] [11]. Material permukaan yang memiliki pantulan radiasi matahari (albedo) yang tinggi cenderung menciptakan kondisi termal yang lebih sejuk karena panas radiasi matahari tidak disimpan, tetapi dipantulkan [12][13][14] [15].…”

Section: Tahap 3: Proses Perancangan Area Wisata Atv Dan Hammockunclassified

Pengembangan area wisata ATV dan hammock di Dusun Trucuk, Kalurahan Triwidadi

Binarti

Setiadi

Antarangga

et al. 2023

JAI

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The development of the ATV and hammock tourism area is part of the design of the community-based tourism region along the Progo River in Trucuk Hamlet. The design theme is natural and based on ecological principles. Minimal environmental intervention with a maximum provision of tourist facilities is carried out by by conserving the local vegetation maximally and selecting environmentally friendly construction materials and permeable surface materials. The ATV tourist area is the end of a series of areas with a bridge connecting this tourist area with the Progo River bank area on the other side. This area provides an ATV point and track and a playground. The hammock tourist area in the middle of the region functions as a resting point where visitors can lie down in the hammock, eat at a floating restaurant, and take a boat down the Progo River.

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Section: Tahap 3: Proses Perancangan Area Wisata Atv Dan Hammockunclassified

Pengembangan area wisata ATV dan hammock di Dusun Trucuk, Kalurahan Triwidadi

Binarti

Setiadi

Antarangga

et al. 2023

JAI

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“…For outdoor research, one of popular index used in the subtropics is PET [31,32]. This is because PET is developed considering the effects of short and long wave radiation fluxes in the external environment on human heat balance [33].…”

Section: Thermal Comfort Studiesmentioning

confidence: 99%

“…In the autumn season, most of the respondents also answered Need more shading (54%), while those who answered Fit right were 46%, and no one answered Need less shading (0%). In winter, most chose Fit right (66%), followed by Need more shading (32) and Need less shading (2%). For the spring season, the results are relatively the same as in summer and autumn, where most of them answered Need more shading.…”

Section: Thermal Satisfaction Levelmentioning

confidence: 99%

A Relationship between Micro-Meteorological and Personal Variables of Outdoor Thermal Comfort: A Case Study in Kitakyushu, Japan

2021

Self Cite

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Outdoor thermal comfort is an important indicator to create a quality and livable environment. This study examines a relationship between micro-meteorological and personal variables of outdoor thermal comfort conditions in an urban park. The data collection of outdoor thermal comfort is carried out using two methods in combination: micro-meteorological measurement and questionnaire survey. This finding shows that most of the respondents were comfortable with the thermal, wind, and humidity condition. The acceptability and satisfaction level of thermal comfort were positive. The most significant micro-meteorological variable for the physiologically equivalent temperature (PET) value is mean radiant temperature (Tmrt). As the Tmrt value is influenced by how much shading is produced from the presence of vegetation or buildings around the measurement location, this finding shows that the shadow was very important to the thermal comfort conditions in the Green Park Kitakyushu. The most influential micro-meteorological variable for the three different personal variables (TSV, WFSV, and HSV) is air temperature. The strongest relationship among the four variables is between TSV and PET. The findings will be the basis for the city authorities in preparing regional development plans, especially those related to the planning of city parks or tourist attractions.

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“…Currently, most of the research mainly focuses on how plants modify the microclimate through their respective biochemical or physical properties, leading to a gradual saturation of research in this field. In addition, most existing studies only consider the impact of a single-plant change on the microclimate [25][26][27], ignoring the coordination and collective effects among different plants. Therefore, it would be more conducive to strengthening the ability of plants to regulate the microclimate if the planting design of trees, shrubs, herbs, and their combined interaction was comprehensively considered in the greening design.…”

Section: Introductionmentioning

confidence: 99%

Impact of Plant Layout on Microclimate of Summer Courtyard Space Based on Orthogonal Experimental Design

Zheng,

Xu,

Liu

et al. 2024

Sustainability

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With the rapid development of urbanization and industrialization, many green spaces have been replaced by urban buildings, resulting in decreased green spaces in courtyard space. Nonetheless, as an enclosed green space integrated with the natural environment, courtyard space plays a vital role in regulating environmental microclimate, so it is necessary to study its microclimate through vegetation greening. Therefore, this study took courtyard spaces in humid and hot areas as an example, and with the help of ENVI-met 5.5.1 software, introduced an orthogonal experimental design to simulate various plant layout models, including tree layout (TL), shrub layout (SL), grass layout (GL), and the interaction of their combined layout, and analyzed the simulation results of temperature, humidity, and wind speed. The results show that first of all, plant layout plays a crucial role in cooling and wind control, and the more uniform the plant layout, the better it is for cooling and ventilation. Secondly, plant layout showed a changing pattern of cooling and wetting in the morning, noon, and afternoon periods. Furthermore, TL had the best cooling and humidifying effect in the morning and midday, and the combined interaction of TL, SL, and GL and of SL and GL significantly affected the wind speed in the courtyard space. During the afternoon, the combined interaction of TL with SL and SL with GL outperformed the single-plant-element type of layout regarding cooling and humidification efficiency. Finally, scattered-form tree layout, single-form shrub layout, and 20% grass layout were the best combinations of plant layout for cooling, humidity reduction, and ventilation. The results provide reference data and an empirical case for the microclimate optimization of summer courtyard spaces.

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The predicted effectiveness of thermal condition mitigation strategies for a climate-resilient archaeological park

Cited by 11 publications

References 48 publications

Pengembangan area wisata ATV dan hammock di Dusun Trucuk, Kalurahan Triwidadi

Pengembangan area wisata ATV dan hammock di Dusun Trucuk, Kalurahan Triwidadi

A Relationship between Micro-Meteorological and Personal Variables of Outdoor Thermal Comfort: A Case Study in Kitakyushu, Japan

Impact of Plant Layout on Microclimate of Summer Courtyard Space Based on Orthogonal Experimental Design

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