Inheritance and Innovation of Pottery Sculpture Technique in Shiwan, China: A Grounded Study from Cultural Ecology

Abstract

Ceramics play an important role in human daily life and production practice. Pottery sculpture technique is the core of ceramic making. However, the production process of traditional ceramics is accompanied by high pollution, which has a great impact on human health and the ecological environment. Rapid development of industrialization has exacerbated this consequence. As the “Pottery Capital of Southern China”, Foshan has been involved in environmental crises while relying on the ceramic industry to develop. Since the 21st century, Foshan has gradually successfully driven to upgrade the city from industrial to culture-led by carrying out positive innovations in Shiwan pottery sculpture technique. Therefore, based on the theoretical perspective of cultural ecology, this paper selects Shiwan pottery sculpture technique as the object, uses Python (Octopus Collector) to obtain data, and applies grounded theory to generate the ecological evolution model. This study discussed how the Shiwan pottery sculpture technique promotes the harmonious coexistence of human beings, industries, and cities in the new cultural ecological environment of the 21st century by exploring and clarifying the interaction and function of different elements in different stages of evolution. Finally, this study not only makes up for the current lack of research on Shiwan’s cultural ecology, but also provides meaningful reference for environmental reform in other industrialized cities.

Enhancing Small and Medium Scale Enterprises Sustainability: Factors Influencing the Pottery Industry in Sri Lanka

“…Environmental conditions like soil composition, moisture content, and geological formations affect the quality and availability of clay [8]. Environmental factors such as temperature, humidity, and precipitation impact the drying and firing processes crucial in pottery making [9]. In areas with consistent and favorable climatic conditions, potters can better control the drying and firing stages, resulting in higher quality products.…”