title: Buddhism and tourism: Perceptions of the monastic community at Pu-Tuo-Shan, China

authors: Wong, Cora Un In

subjects: Buddhist

abstract: While there exists a considerable body of literature on pilgrimages and religious tourism, research on Buddhist pilgrimage sites remains scant. In particular, little has been published about how tourism is perceived by the monks and nuns living at the Buddhist sites that receive visitors. This article examines the Buddhist monks’ and nuns’ perceptions towards tourism at Pu-Tuo-Shan, one of the Four Sacred Mountains of China, that during the last decades has become the destination of increasing numbers of pilgrims and tourists. Interviews with monks and nuns reveal how they perceive the presence of visitors in their sacred land. The study also finds that the Buddhist worldview plays a significant role in shaping their attitudes.

text: Buddhism and tourism: Perceptions of the monastic community at Pu-Tuo-Shan, China While there exists a considerable body of literature on pilgrimages and religious tourism, research on Buddhist pilgrimage sites remains scant. In particular, little has been published about how tourism is perceived by the monks and nuns living at the Buddhist sites that receive visitors. This article examines the Buddhist monks’ and nuns’ perceptions towards tourism at Pu-Tuo-Shan, one of the Four Sacred Mountains of China, that during the last decades has become the destination of increasing numbers of pilgrims and tourists. Interviews with monks and nuns reveal how they perceive the presence of visitors in their sacred land. The study also finds that the Buddhist worldview plays a significant role in shaping their attitudes.

year: 2013

title: Bacterial cellulose synthesis by gluconacetobacter xylinus: Enhancement via fed-batch fermentation strategies in Glycerol media

authors: Adnan, Azila Binti

abstract: Bacterial cellulose (BC) is an abundant polysaccharide, which is secreted by several genera of bacteria. It has remarkable characteristics, which include high purity, high tensile strength, high biocompatibility and non-toxic. The main feature that differentiates BC and plant cellulose (PC) is the absence of contaminants such as lignin, hemicellulose and pectin. However, the main drawbacks in producing BC are low yield and expensive carbon source. Due to that, this study was carried out to enhance BC volumetric productivity in fed-batch operation mode using glycerol as a carbon source. BC was produced in fill-and-draw and pulse-feed fed-batch cultures of Gluconacetobacter xylinus DSM 46604 in a 3-L bench-top bioreactor. The fed-batch fermentation trials were conducted in agitated and aerobic conditions at 30 ºC. For fill-and-draw fed-batch culture, a total of 24.2 g/L of BC accumulated in the bioreactor after 9 days, which corresponded to a yield and productivity of 0.2 g/g and 2.69 g/L/day, respectively. Pulse-feed fed-batch fermentation resulted in a yield and volumetric productivity of 0.38 g/g and 2.71 g/L/day, respectively. The pulse-feed fed-batch culture proved to be a better fermentation system for utilizing glycerol, which is a low-cost and abundant carbon source.

text: Bacterial cellulose synthesis by gluconacetobacter xylinus: Enhancement via fed-batch fermentation strategies in Glycerol media Bacterial cellulose (BC) is an abundant polysaccharide, which is secreted by several genera of bacteria. It has remarkable characteristics, which include high purity, high tensile strength, high biocompatibility and non-toxic. The main feature that differentiates BC and plant cellulose (PC) is the absence of contaminants such as lignin, hemicellulose and pectin. However, the main drawbacks in producing BC are low yield and expensive carbon source. Due to that, this study was carried out to enhance BC volumetric productivity in fed-batch operation mode using glycerol as a carbon source. BC was produced in fill-and-draw and pulse-feed fed-batch cultures of Gluconacetobacter xylinus DSM 46604 in a 3-L bench-top bioreactor. The fed-batch fermentation trials were conducted in agitated and aerobic conditions at 30 ºC. For fill-and-draw fed-batch culture, a total of 24.2 g/L of BC accumulated in the bioreactor after 9 days, which corresponded to a yield and productivity of 0.2 g/g and 2.69 g/L/day, respectively. Pulse-feed fed-batch fermentation resulted in a yield and volumetric productivity of 0.38 g/g and 2.71 g/L/day, respectively. The pulse-feed fed-batch culture proved to be a better fermentation system for utilizing glycerol, which is a low-cost and abundant carbon source.

year: 2021

title: Viewing the world through a wider lens: Māori and council planning documents

authors: Kennedy, Nathan

subjects: New Zealand

abstract: My effort to convey an iwi perspective on environmental resource management - what we call kaitiakitanga – should highlight for new planners about to enter the profession that the environmental perspectives of hapū  and iwi (which are provided for in the RMA), are currently not well covered in either mainstream local government planning or education.

text: Viewing the world through a wider lens: Māori and council planning documents My effort to convey an iwi perspective on environmental resource management - what we call kaitiakitanga – should highlight for new planners about to enter the profession that the environmental perspectives of hapū  and iwi (which are provided for in the RMA), are currently not well covered in either mainstream local government planning or education.

year: 2008-07-30