Pusat Kajian Kelestarian Global - Tesis

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The Mediating Effect Of Technological Innovation On The Impact Of Policy Factors, Market Intervention, And Industrial Agglomeration On Energy Efficiency In The Erdos Zero-Carbon Industrial Park, Inner Mongolia, China
(2025-04)
Feng, Shaohuai
In alignment with china’s commitment to achieving carbon neutrality by 2060, this study examines the erdos zero-carbon industrial park (ezcip) to investigate how policy factors (pf), industrial agglomeration (ia), and market interventions (mi) influence energy efficiency (ee) through the mediating role of technological innovation (ti). Using a cross-sectional quantitative approach and structural equation modeling (sem), data were collected through surveys of high-tech and renewable energy companies within ezcip. The findings indicate that policy factors, industrial agglomeration, and market interventions significantly enhance energy efficiency by promoting technological innovation. The study also emphasizes that the integration of policy support, industry clustering, and market mechanisms creates a sustainable cycle of innovation and energy optimization. As one of the first studies focusing specifically on energy efficiency in zero-carbon industrial parks in china, this research extends existing literature by highlighting technological innovation as a critical mediating variable, bridging external drivers and energy efficiency outcomes. Furthermore, this research provides valuable recommendations to policymakers and industry practitioners, offering practical strategies to replicate successes from conventional industrial parks, thereby contributing to the global transition towards low-carbon, sustainable industrial growth.
Resilience Of Peatland Fishing Communities, South Sumatra, Indonesia
(2025-06)
Syakina Bella
This study aims to explore the resilience of fishing communities in South Sumatra’s peatlands by assessing their socioeconomic conditions, identifying key challenges, analyzing their long-term impacts, and proposing strategies to enhance sustainability.
Renewable Heat Policy And Its Implications On Climate Change In China
(2024-09)
Xiong, Chengcheng
This thesis focuses on the implications of different policy instruments on increasing the penetration of renewable heating in china, in line with the country's goals to peak its carbon emissions by 2030 and achieve carbon neutrality by 2060.This thesis employs a combination of qualitative and quantitative methodologies to analyse various policy instruments for increasing renewable heating penetration in china from 2018 to 2035. By utilizing text analysis, the efficiency of the current renewable heat policy system is evaluated, highlighting policy gaps compared to countries with high renewable heat penetration. The research reveals that china's renewable heat policy system is predominantly regulation-driven, suggesting the potential for market-oriented policies to play a more significant role. A customized recursive dynamic computable general equilibrium (cge) model is developed to forecast the impacts of different policy instruments. The dynamic simulation results indicate that subsidies can boost gross domestic product (gdp) and energy consumption while decreasing energy intensity, total carbon emissions, and carbon intensity by increasing the share of renewable energy in the energy mix.
Incorporation Of Surface Complexity In Eco-Concrete Panels And Its Effect On Biodiversity In Coastal Infrastructure In Penang, Malaysia
(2025-02)
Mun, Amanda Chong Kar
Urbanization along coastlines is surging globally, with densely populated cities characterized by towering structures and advanced technologies. To safeguard these populations and properties from extreme weather events, a strategy of "hardening" coastlines with artificial coastal structures (acs) like seawalls and breakwaters has become increasingly common. However, these structures often provide suboptimal habitats for marine biodiversity compared to natural shores due to the materials used and their lack of complexity. While ecological engineering principles have been explored to address this issue, data specific to tropical regions remains limited. Considering the heightened stress marine organisms face during low tides in tropical areas due to desiccation and temperature, this study investigated the effectiveness of incorporating habitat complexity and reduced carbon footprint (eco-concrete) onto the seawall to promote benthic species richness and improve the overall ecological function of these structures. A total of 20 habitat panels of 5 replicates per treatment were deployed at the light waterfront in penang,
Support, Facilities And Services For Ageing Academic Staff At Two Indonesian Public Universities
(2023-11)
Ramadhan, Adityo Pratikno
This research aims to analyse the ageing policy in two fully autonomous Indonesian public universities employing a sequential exploratory mixed method as a research method.

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