ABSTRACT
The COVID-19 pandemic has highlighted multiple vulnerabilities and issues around local and regional food systems, presenting valuable opportunities to reflect on these issues and lessons on how to increase local/regional resilience. Using the Fraser Valley Regional District (FVRD) in Canada as a case study, this research employs integrated planning perspectives, incorporating comprehensive-systems, regional, place-based, and temporal considerations, to (1) reflect upon the challenges and vulnerabilities that COVID-19 has revealed about local and regional food systems, and (2) examine what these reflections and insights illustrate with respect to the needs for and gaps in local/regional resilience against future exogenous shocks. The study used a community-based participatory approach to engage local and regional government, stakeholders, and community members living and working in the FVRD. Methods consisted of a series of online workshops, where participants identified impacts related to the food production, processing, distribution, access, and/or governance response components of the local and regional food systems and whether these impacts were short-term (under 3 months), medium-term (3 to 12 months), or long-term (over 1 year) in nature. Findings from the study revealed that food systems and their vulnerabilities are complex, including changes in food access and preparation behaviours, lack of flexibility in institutional policies for making use of local food supply, cascading effects due to stresses on social and public sector services, and inequities with respect to both food security impacts and strategies/services for addressing these impacts. Outcomes from this research demonstrate how including comprehensive-systems, regional, place-based, and temporal considerations in studies on food systems vulnerabilities can generate useful insights for local and regional resiliency planning.
ABSTRACT
In accordance with the new recovery plan, Next Generation EU (NGEU), and the need to speed up the transition of cities towards a new sustainable model, this paper provides an overview of the outcomes of the PEDRERA project, which is focused on the development of a novel tool able to calculate multiple key performance indicators that can support renovation actions at the district level, according to a Positive Energy District (PED) concept. The new tool is programmed in Python programming language and is useful to evaluate several strategies for the renovation of existing building stock. It moves from a quick list of input according to several Public Private Partnership (PPP) models, in addition to other potential business models. Furthermore, the design of the model is supported by a step-by-step methodology in order to deal with a “financial appraisal” that is interactive in each context, customizable for each stakeholder, and user-friendly. The paper describes this innovative tool and reports on the stronger potential that this model can offer when it runs in a QGIS software environment and interacts with a PostgreSQL database, as demonstrated in two case studies located in Spain.
ABSTRACT
No “one size fits all” approach exists for local sustainability and food systems planning. Such planning must balance needs for being both comprehensive and place-based. The current study explores this tension by examining Integrated Community Sustainability Plans (ICSP) developed by municipalities in British Columbia (BC), Canada. The research examines items and actions related to food systems (focusing on agriculture and food production) in the ICSPs of municipalities in different regions across BC to (1) identify how municipalities “integrate” food systems with other sustainability objectives, (2) elucidate how place and geography influence integrated planning, and (3) reveal gaps in integrated approaches to developing local food systems. The study employs document analysis and thematic coding methodology. The results indicate that common areas of food systems integration in ICSPs include local economy and education. Many plans outline goals for bolstering local food economies and building local food capacity through community participation and engagement. Findings also show how foci and approaches for developing sustainable food systems vary by region. The study elucidates how food systems are integrated within place-based sustainability plans as well as reveals gaps that local governments can address when adopting and implementing integrated sustainability plans for improving food systems.
ABSTRACT
The outbreak of covid-19 Pandemic has unfolded the close relationship between good environmental quality in urban areas and public health. The abrupt closure of economic activities through lockdown measures have shown how the concentration of air pollutants and noise from different sources are long-standing, major environmental and health issues in the European Union, especially in highly populated urban areas. Scientific evidence underscores that simultaneous exposure to air pollutants and noise constitutes a mutually reinforcing threat to human health. However, the current regulatory approaches in the European legislation still fall short in addressing the issues of air and noise pollution in a comprehensive and coordinated manner. The lack of harmonized and effective planning regime for air and noise pollution runs against the objectives pursued by the European Green Deal, whereas an effective and integrated response to environmental issues should underpin EU policies in the post Covid-19 recovery. This contribution thus analyzes two key EU legal regimes addressing air and noise pollution, namely Directive 2008/50/ec and Directive 2002/49/ec, respectively, to appraise their mutual pitfalls against the said need to adopt an integrated response to air and noise pollution. Moreover, the paper sheds further light on innovative approaches, such as integrated urban planning, citizen science and Internet of Things as key means to enhance cities' resilience and support the implementation of effective legal responses to air and noise pollution. 2022 © Koninklijke Brill NV, Leiden, 2022