Bridging culture, cuisine, and urban planning: new book explores the connections between food and urban spaces

The researchers suggest that urban green space can be used to improve food production efficiency, absorption, and processing, promoting the circulation of both food and culture

Agriculture, fishing, hunting, and gathering— through thousands of years of urbanization, these ways of acquiring food, which were deciding factors in settlement landscape patterns in the primitive society, have gradually been replaced by the manufacturing, financial, and service industry. Nowadays, urban planning  seems to have lost its connection with food.

A new book, Magical Foodscape: A Guidebook For Re-planning The Cities Base On The Culture, Food And The Built Environmentby Xiwei Shen of the University of Nevada, explores the many ways in which food and urban spaces are linked. “Under the COVID-19 epidemic, the common problem faced by different countries and regions—food shortage, inspired us to reflect on the place of food in urban life,” Shen says.

His research focused on four Chinese cities, Chengdu, Xi’an, Wuhan and Shanghai, all of them characterized by different and distinctive food culture. With a team of students from multiple cities, all working online collaboration during the pandemic, he explored the distribution patterns and potential of grain origin, delivery chains, processing chains and retailers in each of the four cities.

Urban green space, he believes, can be used to improve the efficiency of food production, absorption, and processing, promoting the circulation of both food and culture. This solution also has the potential to alleviate food problems in social crises and improve the cities’ ability to respond to social emergencies via what Shen calls “the foodscape.”

Magical Foodscape offers diverse planning guidelines based on the distinctive culture, food, and environment of the four iconic cities. It explores each city’s unique culinary landscape in detail, providing tailored strategies to address local challenges and opportunities. Available to download for free and published by Pensoft, Magical Foodscape offers useful guidelines to a wide range of actors. For example, it can serve as a gastronomical tourist guide, advise restaurant owners on the best place to open their establishments, or even inform the policy strategies of local and national governments. It also includes “food maps” for each city that invite readers to join the campaign and promote the positive development of cities through changes in their daily eating habits.

Chengdu: integrating traditional cuisine with urban efficiency

In Chengdu, terrace patches along rivers can be utilized to optimize the production-processing-supply chain of traditional cuisine, aiming to maximize profit while addressing significant waste issues. Three of Chengdu’s culinary highlights—hot pots, skewers, and teahouses—are facing serious waste problems. “As for hot pots, we proposed the concept of an ’urban farm,’ since traditional cooking methods provide conditions for the reuse of hot pot food waste; as for tea, we proposed to use waste tea as raw material for water purification devices and tea field fertilizers,” Shen says. “We found that the three types of restaurants with large passenger flow in Chengdu were mostly distributed along the terraces of the rivers. We combined the patches along the rivers with food production and food processing to improve the development of the high-efficiency cities.”

Xi’an: transforming food waste into cultural and ecological assets

The research team aimed to solve Xi’an’s food waste problem and use the resulting landscape as a medium to activate local culture. “We propose to establish the concept of ‘food funding’ and encourage ‘new means’ to turn the ecological problems caused by food waste or food packaging into opportunities to solve the existing ecological problems, build community gardens, and support the management of stray animals. At the same time, the resulting landscape activates the hidden special cuisine in Xi’an city and forms a food loop to meet the needs of tourists and residents for entertainment. On the city scale, the ‘food loop’ connects the cultural tourism within the city with the ecological tourism around the city as to promote urban development and optimize the ‘green pattern’,” says Shi.

Wuhan: enhancing urban resilience through green spaces and food

The study of Wuhan, the city of China’s earliest outbreak of COVID-19, reflects the lessons learned during the outbreak and uses geospatial data analysis to establish a scientific emergency mechanism. “Food production space and green space have similar functions in epidemic prevention and control,” Shi says. For example, arranging green spaces evenly helped shorten the distance for people to move, in order to reduce the spread of the COVID-19 disease in the early stage of the virus outbreak.

Shanghai: revitalizing traditional Chinese cuisine through urban planning

“We aimed to take the advantage of the processing methods and marketing models of Shanghai’s traditional gastronomy to revive Chinese restaurants by re-planning the city’s food pattern via the traditional Chinese cuisine,” Shi explains. His team studied catering efficacy, consumer efficacy and restaurant efficacy, combining their findings with geospatial data and mathematical modeling, to see how Shanghai’s vibrant culinary scene can help revive traditional Chinese restaurants through strategic urban planning.

Food as a catalyst for urban development

Magical Foodscape introduces food as a necessary element of urban planning. Moreover, it shows how food can be used to solve urban problems and optimize spatial structure in cities. “We hope that professional planners can rethink the role of food in guiding urban planning and promote the organic integration of city and food in different cities and revive the food industry,” Shi says in coclusion.

The research also highlights the relationship between food and urban resilience, particularly in the face of crises like COVID-19.

Original source:

Shen X (2024) Magical Foodscape: A Guidebook For Re-planning The Cities Base On The Culture, Food And The Built Environment. Advanced Books, Pensoft, Sofia, 1-148. https://doi.org/10.3897/ab.e129204

A primer in access and benefit-sharing for DNA barcoders

New open access book provides essential background for molecular biodiversity researchers on international policy regarding use and transfer of genetic materials

Molecular biology approaches, such as DNA barcoding, have become part of the standard toolkit for a growing number of biodiversity researchers and practitioners, with an increasing scope of applications in important areas, such as environmental assessment, food inspection, disease control and public education.

Globalization and the advent of bioinformatics are rapidly changing the landscape of international scientific collaborations, which now often span multiple jurisdictions and increase the volume of international data exchange and transactions of biological materials. At the same time, researchers engaging in such partnerships are often unaware of the complex policy frameworks governing such transactions, which may carry reputational and even legal liabilities.

The United Nations Convention on Biological Diversity (1992) and its supplementary agreement, the Nagoya Protocol (ratified in 2014), are the most prominent international treaties designed to provide a legal framework for ensuring the fair and equitable sharing of the benefits arising from research activities involving genetic resources. Although often challenging and, at times, frustrating, it is important for researchers to understand the ramifications of these international agreements, to ensure that their scientific reputations are not tainted with allegations of unfair or unethical practices.

The recent book by Canadian ABS consultant and advisor to Botanic Gardens Conservation International, Kate Davis, and University of Guelph, Canada, researcher and international development expert, Alex Borisenko, offers a perspective on the ramifications of the Convention and the Nagoya Protocol on molecular biodiversity research.

Titled ‘Introduction to Access and Benefit-Sharing and the Nagoya Protocol: What DNA Barcoding Researchers Need to Know‘, it is openly available from Pensoft as an advanced book or PDF document under Creative Commons License.

This contribution is specifically geared towards researchers and practitioners working in the field of DNA barcoding – an actively developing field of biology that advances molecular tools for fast, reliable identification and discovery of species by analyzing short standardized DNA fragments, known as ‘DNA barcode regions’.

This approach, lying at the interface between genomics and biodiversity science, is creating the global knowledge base needed to assess ecosystem services and detect emerging environmental threats, while addressing the imperative of preserving the world’s biodiversity. Carrying out this mission demands close partnerships between biodiversity researchers worldwide, and also relies on large molecular facilities to provide timely, cost-effective and high-quality analytical services, thereby involving active international transactions of biological materials.

Furthermore, the utility of DNA barcoding depends on active open data sharing in ways similar to those established by the medical community for human genomic information.

The book is prefaced by the Executive Secretary of the Convention on Biological Diversity, Dr. Cristiana Pa?ca Palmer. It provides a brief introduction to the Convention and the Nagoya Protocol, and reviews some of their key legal definitions (e.g., ‘genetic resources’, ‘access’, and ‘utilization’). These definitions are considered within the context of terms more familiar to researchers (e.g., tissue samples, DNA extracts, PCR products, trace files) and their daily activities (e.g., field collecting, molecular analysis, DNA sequence assembly).

The main chapters provide further insights into the structure and function of the access and benefit-sharing mechanism at the international policy level and its possible ramifications in form of national laws and institutional requirements.

The text concludes with a set of practical guidelines for researchers and practitioners on the steps that should be taken to ensure due diligence when working with internationally-sourced biological samples. Adhering to these best practices would help build trust and sustain research collegiality among partners involved in international collaboration.

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Original source:

Davis K, Borisenko A (2017) Introduction to Access and Benefit-Sharing and the Nagoya Protocol: What DNA Barcoding Researchers Need to Know. Advanced Books. https://doi.org/10.3897/ab.e22579