Publications
Soil Heavy Metal Accumulation and Ecological Risk in Mount Wuyi: Impacts of Vegetation Types and Pollution Sources
Soil heavy metal (HM) contamination poses significant ecological risks in Mount Wuyi, a UNESCO biodiversity hotspot and major tea production area. Research reveals that Cr, Cd, and Pb exhibit notable pollution levels, with Cd and Hg presenting the highest ecological hazards. Vegetation types play a crucial role in HM accumulation; cultivated areas and shrublands, such as tea gardens, show higher concentrations of Cu, Cd, Pb, and Hg due to agricultural and transportation activities, while bamboo forests demonstrate natural resistance to contamination. Geochemical indices and Positive Matrix Factorization (PMF) modeling identified four primary pollution sources: urbanization (27.94%), transport–agriculture activities (21.40%), agricultural practices (12.98%), and atmospheric deposition (12.96%). These findings highlight the urgent need for clean energy solutions, phytoremediation strategies, and tea-specific detoxification measures to ensure ecological security and sustainable agriculture in this critical region.
An experimental investigation on the damage mechanisms of red glutenite in the Mount Wuyi cultural and natural heritage site subject to acid rain and wet-dry cycles: a macro-to-micro approach
Acid rain and wet-dry cycles significantly degrade the physical and mechanical properties of red glutenite, a rock type at Mount Wuyi's UNESCO World Heritage Site. Research reveals that as acidity increases and exposure to these cycles prolongs, key properties like dry density, wave velocity, compressive strength, and elastic modulus decline exponentially or linearly. The study used advanced techniques—including cold field emission scanning electron microscopy (CFE-SEM), image processing, and X-ray diffraction—to uncover how rock dissolution and desiccation interact, altering microstructure and mineral composition. A predictive model for uniaxial compressive strength was developed, offering critical insights for preserving this cultural and natural heritage.
Multidimensional Assessment of the Aesthetic Quality of Natural Landscapes in Mount Wuyi National Park, China
A multidimensional assessment of Mount Wuyi National Park, China, reveals that southeastern landscapes exhibit superior aesthetic quality, characterized by higher uniqueness, diversity, and coordination. The study identified 341 individual and 41 combined natural landscapes using 17 landscape metrics, showing a denser concentration in the south and east, with moderate-quality landscapes scattered across northern, southwestern, and some southeastern areas. This research provides a micro-scale framework for aesthetic quality evaluation, offering valuable insights for the scientific management of natural landscapes in UNESCO World Heritage Sites.
The Impact of the Establishment of the Mount Wuyi National Park on the Livelihood of Farmers
Farmers around Mount Wuyi National Park continue to rely on tea-based agricultural employment and part-time work, with agricultural income remaining their primary source of revenue post-establishment. A study analyzing survey data from 354 farmers found that while the park's creation has not significantly altered livelihood choices or income levels, it underscores the need for balanced strategies to protect both ecological integrity and local economies. Researchers used a difference-in-difference model to assess changes before and after the park's establishment, also examining heterogeneity based on tea planting area and income levels. The findings suggest that targeted support for farmers could enhance sustainable livelihoods while preserving the site's UNESCO World Heritage status.
Trade-offs and synergies among ecosystem service Bundles in response to relief degree of land surface in a small watershed of Mount Wuyi
A study on Mount Wuyi's Jiuquxi watershed reveals that ecosystem services, including biodiversity maintenance, carbon sequestration, water yield, and water purification, increase with the relief degree of land surface (RDLS). The research identifies three distinct ecosystem service bundles: eco-fragile (low in all services), eco-regulating (high in all services, dominated by carbon sequestration), and eco-conservation (high in all services, dominated by biodiversity). Eco-fragile bundles cluster in low RDLS regions, while eco-regulating bundles are found in high RDLS areas. The study also uncovers two response patterns of ecosystem service trade-offs/synergies to RDLS: an inverted U-shape curve and an N-type curve with inflection points at secondary or quaternary RDLS levels. These findings were derived using models like InVEST, K-mean clustering analysis, and indices such as ESCI and ESTD over the period 2009-2016.
When and How Tourists Engage in Citizenship Behavior: The Interactive Effect of Trait Gratitude and Positive Resident–Tourist Contact
Tourists with higher trait gratitude are more likely to engage in citizenship behavior (TCB) at UNESCO World Heritage Site Mount Wuyi, but this effect is significantly strengthened when they experience positive interactions with local residents. The study reveals that perceived insider status—feeling accepted or valued by locals—mediates this relationship, acting as a bridge between gratitude and TCB. Using structural equation modeling on data from 497 tourists, researchers demonstrated that positive resident-tourist contact not only amplifies the impact of gratitude but also enhances its role in shaping perceived insider status, which in turn drives TCB. This finding underscores the importance of fostering positive social interactions to encourage responsible tourism behavior.
Different Time Scale Distribution of Negative Air Ions Concentrations in Mount Wuyi National Park
Negative air ions (NAIs) concentrations in Mount Wuyi National Park exhibit distinct seasonal patterns primarily influenced by relative humidity, with water emerging as a critical factor across time scales. Correlation and regression analyses revealed strong dependencies between NAI levels and meteorological conditions year-round, while the ARIMA (0,1, 1) model proved most accurate for forecasting future trends, minimizing errors compared to other models. This study advances our understanding of NAI distribution dynamics, offering insights into air quality assessment in protected natural environments like UNESCO World Heritage Sites.
Does Positive Contact Between Residents and Tourists Stimulate Tourists’ Environmentally Responsible Behavior? The Role of Gratitude and Boundary Conditions
Positive interactions between residents and tourists at Mount Wuyi significantly enhance tourists' environmentally responsible behavior, primarily through the mediation of gratitude. The study found that highly agreeable tourists experienced stronger effects, with positive contact leading to greater gratitude and, consequently, more pro-environmental actions. This suggests that fostering positive resident-tourist relationships can be an effective strategy for promoting sustainable tourism practices.
A new species of the genus Megophrys Gunther, 1864 (Amphibia: Anura: Megophryidae) from Mount Wuyi, China
Scientists have identified a new species of horned toad, Megophrys ombrophila, from Mount Wuyi, China. This discovery was made through a combination of morphological, bioacoustic, and molecular analyses of 12S and 16S mitochondrial DNA. The species is characterized by its rotund body, distinct tympanum, smooth dorsal skin with granules and ridges, and unique reproductive traits. Phylogenetic analysis revealed that M. ombrophila is closely related to Megophrys obesa from Guangdong Province. The study highlights the importance of fine-scale molecular and phenotypic assessments in uncovering cryptic species within the hyper-diverse subfamily Megophryinae.
The Evolution of Cultural Space in a World Heritage Site: Tourism Sustainable Development of Mount Wuyi, China
Mount Wuyi, a UNESCO World Heritage Site in China, exhibits a dynamic evolution of its tea cultural space driven by market forces and cultural development. A study analyzing data from 1996 to 2017 using the vector autoregressive model revealed that culture was the most influential factor in this evolution, while market supply and demand acted as the strongest exogenous drivers. The research identified a multi-stranded interactive evolutionary model, offering insights into the sustainable development of tourism destinations and World Heritage Sites. This finding underscores the importance of balancing cultural preservation with economic growth to ensure long-term sustainability.
Tourism Attraction and Tourist Satisfaction with World Heritage: A Case Study of Mount Wuyi
A UNESCO World Heritage Site's brand significantly boosts its tourism attractiveness. At Mount Wuyi, natural landscapes, tea culture, ecological conditions, accommodation, transportation, ticket pricing, staff service quality, and the world heritage brand all positively influence tourist satisfaction. Cultural relics, security, and individual characteristics did not show significant impacts. The study used questionnaires and factor analysis to assess tourism attraction while employing an ologit model for regression analysis of satisfaction.
Impacts of nitrogen addition on foliar nitrogen and phosphorus stoichiometry in a subtropical evergreen broad-leaved forest in Mount Wuyi
Increasing nitrogen (N) availability in subtropical evergreen forests can intensify phosphorus (P) limitation, as shown by a study conducted at Mount Wuyi. Researchers found that while foliar N levels rose significantly across most species under N addition, P dynamics—rather than N—primarily drove changes in foliar N:P ratios. Herbaceous plants exhibited greater sensitivity to N addition compared to trees and shrubs, with notable increases in foliar P for herbs but a significant decrease in the moss Leucobryum chlorophyllosum. The study, spanning 2013–2015, revealed that mean foliar N:P ratios shifted from 18.67 to 19.72 under N addition, suggesting stronger P limitation. These findings highlight how elevated N inputs can alter nutrient cycling and stoichiometry in subtropical forests.
The taste of tea: Material, embodied knowledge and environmental history in northern Fujian, China
Mount Wuyi, a UNESCO World Heritage Site in northern Fujian, China, is renowned for its superior tea production, particularly rock tea, which has been cultivated for over 1500 years. The study reveals that the quality of tea in this region is not solely determined by environmental factors such as terrain but also by the embodied cultural knowledge and skills of specialist tea workers. This includes a unique vocabulary used to evaluate taste and fragrance. Recent efforts to establish national tea quality standards have had to reconcile commercial interests with traditional ecological and cultural practices, highlighting the significance of both human expertise and natural environment in tea appreciation.
You are here:
World Heritage Explorer > World Heritage Research > World Heritage Sites > Mount Wuyi