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Multi-stakeholder (e.g., governments, residents, the "3C" of community and "third party") co-governance has become a hot topic in the community-renewal research field. However, the co-ordination of various rights and interests hinders the co-governance of multiple stakeholders, particularly in China. Current research on the mechanisms of multiple co-governance remains inadequate. This article presents a typical case of multi-stakeholder co-governance for community renewal with respect to adding elevators to an apartment building in Shanghai's inner city. The multi-stakeholder co-governance process involved in this research differs from the traditional model, which is mainly led by governments. Field investigations and in-depth interviews were employed to explore how multiple stakeholders conduct dialogues and negotiations in the process of elevator installation. We summarize the key elements of community renewal, show the internal mechanism, and provide a new practical and methodological investigation of multi-stakeholder co-governance. This article highlights the significance of a good interest-co-ordination mechanism and simplification of the community-renewal process. It is also suggested to encourage the participation of multiple stakeholders and to promote co-operation between the community and enterprises in community governance.

To overcome the difficulty of assessing cultural effects, we designed a quasi-natural experiment using a traditional Chinese village selection as cultural policy. Using county panel data from 2009 to 2017, we estimated the impact of traditional village exploitation on county economies using a staggered difference in differences (DID) model. The results showed that counties with national traditional villages have a significantly higher gross domestic product (GDP) and GDP per capita than the control group, with a yearly increasing trend. The heterogeneity analysis revealed that the effect of this cultural policy in the eastern, central, and western regions was very different. The impact was most significant in the less-developed regions of western China. This result indicates that cultural policies are advantageous for reducing regional developmental imbalances. The mechanism test also showed that the greater the distinctiveness and agglomeration of cultural resources, the greater the impact of traditional village exploitation on the county economy. In addition, we found that national 5A Scenery Sites do not have a driving effect, but rather a polarizing effect, on counties where traditional villages are located. Through a series of robustness tests, our conclusions hold true.

The chytrid fungus Batrachochytrium dendrobatidis has caused the most prominent loss of vertebrate diversity ever recorded, which peaked in the 1980s. Recent incursion by its sister species B. salamandrivorans in Europe raised the alarm for a new wave of declines and extinctions in western Palearctic urodeles. The European Commission has responded by restricting amphibian trade. However, private amphibian collections, the main end consumers, were exempted from the European legislation. Here, we report how invasion by a released, exotic newt coincided with B. salamandrivorans invasion at over 1000 km from the nearest natural outbreak site, causing mass mortality in indigenous marbled newts (Triturus marmoratus), and posing an acute threat to the survival of nearby populations of the most critically endangered European newt species (Montseny brook newt, Calotriton arnoldi). Disease management was initiated shortly after detection in a close collaboration between policy and science and included drastic on site measures and intensive disease surveillance. Despite these efforts, the disease is considered temporarily contained but not eradicated and continued efforts will be necessary to minimize the probability of further pathogen dispersal. This precedent demonstrates the importance of tackling wildlife diseases at an early stage using an integrated approach, involving all stakeholders and closing loopholes in existing regulations. ; A.M. and F.P. are supported by ENV.B.3/SER/2016/0028. S. Canessa was supported by grant FWO16/PDO/019. M. Kelly was supported by grant 1111119N. S. Carranza was supported by the Ministerio de Ciencia, Innovación y Universidades grant numbers CGL2015‐70390‐P and PGC2018‐098290‐B‐I00 (Co‐funded by FEDER) and Secretaria d'Universitats i Recerca del Departament d'Economia i Coneixement de la Generalitat de Catalunya under Grant number 2017‐SGR‐00991. CRARC pcr analyses were performed by Laboklin (Germany). The captive breeding program of Calotriton arnoldi is supported by LIFE15 NAT/ES/000757. ; Peer reviewed