What gets measured, gets done. WinS monitoring and recognition systems strengthen large-scale WinS implementation.

Supportive policy and frameworks guide implementation.

Through a fully functioning integrated health monitoring system for people, habitat and habituated apes and other wildlife, an early warning system was created. The aim is to detect prevalent diseases early and prevent its spreading within wildlife or human population through improved collaboration with public health and civil society actors. The Health monitoring system comprises:

Health condition of habituated gorillas are monitored daily. The Primate Habituation Programme was started by WWF back in 1997 and is one of the main pillars of the conservation work in Dzanga-Sangha ever since. Habituation has started in Campo Ma'an since 4 years. 

A variety of methods are used to investigate the spread of zoonotic pathogens in the natural habitat, such as collecting monthly faecal and urine samples from the gorillas and, less frequently, from mangabeys, collecting vectors such as carrion flies, and regularly taking swab and necropsy samples from carcasses. These are then analysed in the field laboratory.

Conservation and ecotourism employees and their families receive annual health checkups and vaccinations, and are closely monitored in suspected cases.

The establishment of the interactive system between the site, managers, and visitors

In cooperation with Tsinghua University, Huangshan has developed a monitoring system covering various evaluation indicators of the three designations, issued monitoring reports every year, analyzed the work of the whole mountain and guided the future work plan.

We have improved our display and education system to make employees, communities and school students better understand the values and connections of UNESCO designations. We have launched various forms of educational activities, used our Wechat official account, geopark museum, interpretation boards, promotional materials and website to demonstrate the different values of Huangshan. 30 sessions of Huangshan Nature Lecture were held. 20 education articles about integrated management were published on Wechat account. Our English website and 40 interpretation boards were updated to include content about integrated management.

Captive reared birds tend to use the same type of nest in which they were raised. Based on this theory, nest boxes were installed along cliffs and a working quarry adjacent to the release site. Ronez, the quarry owners, paid for a UK expert to visit Jersey to help plan, design, and install the boxes.

The first nests, in 2015, were inside quarry buildings, not the boxes. Boxes began to be used as competition for nest sites increased. When two nests failed due to being built on dangerous machinery, staff installed boxes and successfully encouraged the pairs to nest in them, allowing quarry staff to continue operations.

Nesting activity is closely monitored allowing staff to estimate incubation, hatch, and fledge dates based on pair behavior at the supplemental feed and/or from direct nest observations. Chicks are ringed and DNA sexed in the nest where feasible. Alternatively, fledged chicks that visit the supplemental feed site can be trapped in the aviary when called for food, ringed, and immediately released. This option was used in 2020 and 2021 when COVID-19 prevented access to the quarry.

The recently revised Jersey wildlife law gives full protection to chough nests. Staff are now working to increase public awareness and offer nest boxes as mitigation when choughs nest on private property.

Between 2013 and 2018, captive-bred choughs were soft-released in small cohorts replicating normal family group size.

The plan was to release chicks shortly after fledging although sub-adults (< 4 years old) were used for the first release. Captive breeding at Jersey Zoo was not successful until 2014.

Cohorts acclimatized and socialized in the release aviary for a minimum of 2 weeks and trained to associate a whistle with food, enabling staff to call birds back to the aviary if needing re-capturing. Each cohort was initially given a set amount of time outside then called back in for food and confined until the next release. Duration outside increased day by day until reaching full liberty. Staff followed any bird that failed to return attempting to lure it back if feasible. If it had gone to roost, staff would return at sunrise to retry.

All birds were fitted with leg rings. Tail-mounted VHF transmitters were fitted to all birds released between 2013 and 2016. Initially, they received three supplemental feeds a day, as in captivity, reducing to once a day. This continues to the present day permitting close monitoring.

Jersey Zoo’s Veterinary Department conducted pre-and post-release faecal screening to monitor parasite levels, administer wormer if necessary, and have also treated physical injuries.

The 7 weeks certified seminar program including experimentation workshop in the form of online courses to municipal employees and to the stakeholders are efficient to prepare the staff to take action for the climate crisis and build sustainable and resilient cities.

Three foresight techniques were employed: (1) horizon scanning, (2) the Delphi Method, and (3) Backcasting. 

Horizon scanning is a technique used for researching signals of change in the present and their potential future impacts. This ensured a comprehensive overview of the existing development issues, and narrow them down to a set of potentially challenging ones. Data collected in this process include secondary data related to SDG targets, headlines of newspapers in the past 3 years, social media trends in the past year, and insights into the local situations by local NGOs and CSOs.  

The Delphi method was employed to narrow down and prioritize the potential challenges and issues. This method was used for the design of the consultation process in which each expert has the least non-academic influence on each other. This project had two rounds of questionnaires. The first round was to cross-check the data from horizon scanning by the experts. The second round was for prioritizing identified challenging development issues. 

The prioritized ones were selected as topics for the regional foresight workshop in which Backcasting was employed. It was used to design a participatory process in which stakeholders formulated their aspirations and proposed strategic directions to achieve the future. 

The national fleet of the Republic of the Marshall Islands (RMI) highly depends on imported fuels and is therefore a significant source of GHG-emissions. The bilateral program “Transitioning to Low Carbon Sea Transport (LCST)” implemented by RMI and the Gesellschaft für internationale Zusammenarbeit (GIZ) aims at supporting the RMI Government´s planning and decision-making processes with respect to its low carbon future and the reduction of GHG-emissions from domestic sea transport, through consultancy, research, training, coordination of policy support to RMI and supporting in delivering RMI’s commitments under UNFCCC to achieve reduced GHG emissions from domestic shipping 40% below 2010 levels by 2030 and full decarbonization by 2050.

The Marshallese Government founded and is an active member of the High Ambition Coaltion for Shipping (SHAC) at IMO and UNFCCC and due to their ambition, the group of supporters of an ambitious contribution of sea transport to the climate goals is growing. Due to the COVID-19 pandemic, international meetings and high-level conferences are taking place remotely to a high extend.