Heritage as a development engine for people in nature: A case study of Wulingyuan Scenic and Historic Interest Area, China

This paper explores strategies to promote sustainable tourism for people living in natural areas through a case study implemented in the renowned World Natural Heritage Wulingyuan Scenic and Historic Interest Area, a World Heritage Site inscribed for its natural values. The study is part of the UNESCO World Heritage and Sustainable Tourism Program’s Chinese Pilot Studies. Various interventions, including understanding local values, revitalizing traditional handicrafts, and making culinary innovations, were implemented to enrich tourist experiences, empower local communities, and boost economic opportunities. Based on these interventions, this paper discusses community capacity building, stakeholder engagement, and conflict resolution as initiatives to enhance heritage conservation and promote sustainable tourism at the community level. On the level of the World Heritage property, a new management zone, the Traditional Eco-agricultural Heritage Zone, recognized the residency of the locals within the heritage site and fostered the harmonious co-existence of culture and nature. The successful integration of heritage conservation, community development, and sustainable tourism in Wulingyuan not only ensures the conservation of the site but also contributes to United Nations Sustainable Development Goals. This case study offers a model for sustainable development of Natural World Heritage Sites, emphasizing the importance of respecting and involving diverse local communities

Growth of thrombus core in supersaturated blood

AbstractThis article begins with the mass conservation of blood platelets on the Gibbs interface, and obtains a relation between interfacial curvature and interfacial concentration of a blood–thrombus. A two-dimensional model is established, and the time-dependent inner solution and outer solution are obtained using the perturbation method, the solution characteristics are discussed

CeNiAsO: an antiferromagnetic dense Kondo lattice

A cerium containing pnictide, CeNiAsO, crystallized in the ZrCuSiAs type structure, has been investigated by measuring transport and magnetic properties, as well as specific heat. We found that CeNiAsO is an antiferromagnetic dense Kondo lattice metallic compound with Kondo scale $T_K \sim$ 15 K and shows an enhanced Sommerfeld coefficient of $\gamma_0 \sim$ 203 mJ/mol$\cdot$K$^{2}$. While no superconductivity can been observed down to 30 mK, Ce ions exhibit two successive antiferromagnetic (AFM) transitions. We propose that the magnetic moment of Ce ion could align in the G type AFM order below the first transition at $T_{N1}$=9.3 K, and it might be modified into the C type AFM order below a lower transition at $T_{N2}$=7.3 K. Our results indicate that the 3$d-4f$ interlayer Kondo interactions play an important role in Ni-based Ce-containing pnictide.Comment: 13 pages, 5 figures, to appear in J. Phys.: Condens. Matte