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Recently the Chinese government has been actively collaborating with nonprofit nongovernmental organizations to provide social welfare services to older adults at the community level. The role played by NGOs in facilitating governance has only recently gained attention in the literature on Chinese NGOs and urban governance. Addressing this gap, the paper advances geographers' understanding of State–NGO collaborations in facilitating urban governance in the Chinese context using fieldwork in Beijing and Shanghai on the provision of community eldercare services as an example. It also explains the political control of these NGOs and their changing role in the eldercare market. We argue that collaborations between the state and NGOs in China have gradually transferred eldercare services to the NGOs, and led to a fragmented welfare system, which, as a consequence, has facilitated entrepreneurial urban governance. The paper sheds light on community-based organizations, their collaboration with local governments, and how they have become not only welfare providers but a significant site for social control. [ABSTRACT FROM AUTHOR]

During the past few decades, resonant Auger spectroscopy (RAS) has presented some advantages in elucidating the electronic structure of free molecules, liquids, and solids. To further extend the application of RAS in complex in situ environments, the ambient pressure system should be developed to characterize the gas–solid and liquid–solid interfaces. In this paper, we describe the design and performance of an ambient pressure mapping of resonant Auger spectroscopy (mRAS) system newly developed at BL02B01 at the Shanghai Synchrotron Radiation Facility. This system is unique in that the ambient pressure soft x-ray absorption spectroscopy (sXAS) can be measured in Auger electron yield with kinetic energy (KE) resolved. We can obtain a mapping of the resonant Auger spectroscopy (mRAS) in the near ambient pressure environment. This approach provides an additional dimension of information along the KE of Auger electrons to reveal details of the valence and unoccupied states at the vicinity of the absorption edge. Complementary to the photoemission spectroscopy that probes the core levels, in situ two-dimension mRAS characterization is useful in studying the electronic structure of complex interfaces of gas–solid and liquid–solid under realistic operating conditions. We herein present the in situ oxidation of Cu(111) in the ambient oxygen environment as demonstration of the mRAS capability. Specifically, resolving the Auger features gives valuable clues to the molecular level understanding of chemical bonding and the evolution of orbital hybridization. In addition, the mRAS results of spatial resolution and mbar range gas pressure are shown and discussed. [ABSTRACT FROM AUTHOR]