Recovery, Renewal, Resilience

The pandemic has demonstrated how human health and environmental health are intertwined. Eco-system based strategies combine ‘natural resource management approaches and disaster risk reduction methods (e.g. early warning systems)’ to improve prevention and preparedness, reduce disaster impacts on communities and support recovery from disasters. Local governments can identify ecosystems and increase understanding of their potential role in reducing disaster impacts (e.g. coastal wetlands/floodplains) and their ‘contribution to climate change mitigation and adaption’. In India, ‘Wetlands International’ works with civil society partners and communities on strategies to reduce disaster risk, e.g. restoring wetlands so that they can act as a natural buffer to floods. Consider:

• Update and collate information on local natural areas (e.g. peatlands/wet grasslands) and their current and potential uses for climate change mitigation
• Assess the condition of local eco-systems to determine if actions are required to restore them as degraded environments can drive disaster risk and negatively impact recovery efforts
• When designing community development plans, ensure they consider the potential negative effects on local natural resources
• In Myanmar, a local-level disaster risk reduction policy and planning framework sets out how communities follow ‘structural (resilient infrastructure/homes), non-structural (land use planning that integrates ecosystem protection measures) and ecosystem-based (natural resource management) measures, at the household and community level’, to reduce disaster risk
• Develop solutions to address current and future environmental risks, such as maintenance of green and blue infrastructure through nature-based solutions or protection of the ecosystems (e.g. forest conservation)
• Protect and restore ecosystems to the extent that they offer sufficient adaption and mitigation benefits to current and future risks

Although measures to control the spread of the virus have had some positive environmental effects, such as decreases in global emissions of carbon dioxide, the use of single-use plastics has accelerated. For example, some schools have changed to using disposable cutlery during lunches due to COVID-19 restrictions; and bag use has increased to curb virus transmission. Furthermore, PPE waste has strained the capacity of waste management systems due to the complex composition of some PPE materials, making waste recycling a challenge. Consider:

• Address the challenges faced by waste management systems by including surge capacity and the environmental impact of waste in disaster management plans
• Prioritise reusable personal protective equipment
• Move from a linear to a circular economy to prevent products (including plastic) from becoming waste:
  • Introduce a phased ban on the use of all types of single-use plastic, e.g. via a tax on plastic packaging
  • Partner with organisations such as 'Recircle', to develop strategies to recycle rubber, a product that accounts for almost 10% of micro plastic waste found in the sea
• Commit to action at local levels, e.g. introduce a community single-use plastics policy and action plan:
  • Partner with local waste authorities, charities, community groups, schools, businesses and residents to create action plans and campaigns to reduce the use of single use plastic in the community, e.g. 'Good to know' posters in schools that provide fun facts on the benefits of re-cycling to increase awareness in young people
  • Collaborate with local water management authorities to install COVID-safe water fountains across the community, enabling free refills of water

Concurrent incidents during the COVID-19 pandemic, such as locus swarms destroying farms in Africa, forest fires devastating the US, flooding in the UK, show us that climate change actions are crucial when considering renewal strategies. Communities that are more vulnerable to natural disasters are disproportionately challenged during a pandemic. Natural climate solutions protect and restore nature, which can help mitigation of (and adaption to) the impacts of climate change, e.g. coastal wetland can defend communities from storm surge and sea level rise, well-managed forests can protect water supplies, reduce wildfire risk and prevent landslides. Consider:

• Raise awareness locally of the value and potential benefits of nature-based solutions for communities in mitigating risks of future natural disasters
• Engage with local businesses as potential sponsors of nature-based solutions
• Establish a volunteering scheme with employees of local businesses to support nature-based initiatives
  • Partner with local voluntary groups and community based organisations to establish community-led conservation efforts
  • Establish a 'plant a tree initiative', to build and enhance local forestry
  • Encourage roof top gardens and balcony gardens - create online gardening tutorials for creating mini urban gardens
• Work with local land owners to identify appropriate actions that support nature-based approaches, e.g. planting marram grass to stabilise sand dunes or peatland restoration