The purpose of this study was studied the food consumption behavior and compared with food consumption behavior of monks in temples at Dusit district Bangkok by classified of age duration of lent worldly education level and nutritional status. The sample size was the monks of 389 people in temples at Dusit district. This research technique was the survey research by sampling that used Taro Yamane table. Researcher was made to analyze the data by finding of percentage mean standard deviation(SD)compared of the difference of mean using F-test and tested the difference by pair samples using Fisher’s least-significant difference method(LSD) that the statistical significance level was 0.05. The results were found: 1) the food consumption behavior of monks generally had food consumption behavior in moderate level. 2) The comparison of food consumption behavior was classified behavior as age duration of lent worldly education level and nutritional status that found the monks in temples at Dusit district about the differential age monks had the difference of consumption behavior the differential lent duration of monks had the difference of food consumption behavior the difference of worldly education level of monks had the difference of food consumption behavior while the difference of nutritional status of monks had not the difference of consumption behavior.

The Study and Design The Container box for applied to Residential Building : Baang Kor Laem Case study. Bangkok Followed by the Greenhouse Gas Management Organizations Guide to House Design and Low Carbon Building. (Public Organization) will reduce the energy consumption of air conditioners in existing containers. It also creates a pleasant indoor environment. And the design is complete. Used in containers that are currently used in the future. The purpose is to study the design of containers to be applied as low carbon building. Study of energy usage behavior of container users and make them comfortable. It is also a way to design residual resources into other types of housing in the future. The study found that the container design in general. There is a lot of air conditioning and greenhouse gas emissions. Fluorocarbon and hydrocarbon groups from the use of refrigerants in air conditioners and refrigerators. Therefore the design of the container to be applied to the building to reduce the energy consumption of air conditioning and to be in a comfortable state. The results of the experimental application of low-carbon residential buildings designed by the researchers. The home energy consumption was 0.75 tCO2e / year when the design was applied to current and future containers. The result was a reduction in greenhouse gas emissions.

This research is Study and design The Tourist Service Center and Rest the bikes and bike lane to develop Thai –Yuan culture tourist . Case study of culture Street. Ampor Sawhai. Province Saraburi. Study of the potential of case area to enhancing the area for tourism development of the area to increase even more. And design a tourist service center building. Rest the bikes path and Lane Bikes Breakpoint. To accommodate and service the ecotourism and Tai-Yuan culture in the area Study and design The tourist service center and rest the bikes and bike lane to develop Thai–Yuan culture tourist. Case study of culture street. Ampor Sawhai. Province Saraburi. Field data collection from down to the area. Using tools such as interview questionnaires in the interview area.Conclusion Building design Tourist center Bicycle break The researcher drew the pattern. The uniqueness of the Tai-Yuan architecture. Applied in the design. To be suitable and the shape of the modern era. Structures and materials are easy to construct and consisten t with the use of functional areas of buildings. access the building and the activity area. By landscaping that creates a shade with space. In the field of product design furniture field tested furniture before production. To test the strength which is at the level that passed the test criteria. The map design. Design has pulled the pattern. The uniqueness of the elements of Tai-Yuan is applied in the design in accordance with the building. In the design of bike lane layout. By designing the bike trails along the Tai-Yuan cultural lane line there are major breakpoints such as the intersection the floating market and the old community in the area. Presentation by analysis with aerial maps and identifying key points. For a design that covers the entire reachable area. The bike lanes offer a conceptual design that emphasizes safety and comfort and creates a good atmosphere for cycling.

The study and Development Lightweight growing media by banana tree to use a Vertical garden.To create thermal comfort for building users are the main factors causing the air conditioning. The cause of the electrical consumption. Thus bringing the tree into the building. In the past the building that used tree. Create a homey Subsequently it has adopted a large tree used for the purpose of lowering the temperature of the surrounding buildings. Developed into a roof garden Reduce heat to pass through the roof. And is currently being applied in the manner of a green wall. This helps reduce the heat that enters the building through the building envelope as well. The behavior of the tree to absorb water from the roots to the leaves and then passed to photosynthesis. Such a process makes the water evaporates and the air has been cooled by the surrounding trees The Heat pulled away for the evaporation of water. Such a process which happens from time to time no matter how much humidity in the air. The cool environment is another factor that manipulates the ambient environment to environment and buildings The benefits of trees in the green areas of the city this is helping to reduce and prevent the phenomenon of urban heat island The study and Development Lightweight growing media by banana tree to use a Vertical To reduce the weight of structural data were collected to design the plant material. Then the data from design professionals and vertical landscaping questionnaire. And interviews to analyze the result. And amends To test plant material vegetation series of 12 trials by planting vegetation. On the wall a series of three experiments wall. (Width 1.20 m. Height 3.00 m.) Of the test data and the growth of vegetation. Found that plants grow well on a series of plant material. The unit is lightweight and planting is not burdened with the weight of the building structure.

At present global warming is a major problem that needs to be addressed and mitigated. The problem arises because human housing construction is increasing. The surface of the soil which is a source of vegetation was scattered by the building. The impact of the construction resulted in higher overall temperatures. This is caused by the heat accumulated in the building material. Particularly for building materials that have been exposed to direct sunlight this has had an impact on the comfort of the occupants in the building. This research is an experiment to make a wall of plants from a tattoo. The natural plant material was planted to study the solar radiation efficiency of the planting wall of the tattooed leaves installed on the test box. Based on the analysis of the data it can be concluded that the test wall covered with vegetation leaves the temperature lower than that of the other walls. Different test walls make different internal and external temperatures. Sun radiation affects the test wall temperature varying according to the amount of sun radiation received. Observed by changing internal and external wall temperatures at different intervals. Use plants to protect the walls to prevent heat by keeping the walls under the shade of the plant. It also radiates heat through the leaves. Leaves are a thermodynamic variable that is cooled down by the evaporation of leaves. Plants on the wall will absorb the water inside to evaporate. The temperature of the tree is cool. When combined with the airflow through the wall the shade will blow the hot air under the leaves and the water vapor from the dehydration process of the plant. The heat from the tree wall to the environment is better. As a result the internal temperature decreased.