Conference PaperPDF Available

Implementation of Reusable Plastic Waste and Electronic Cable Waste as Space Divider: Responding Sustainability Issue in New Normal Living-Study Case in a Small Coffee Shop

Authors:

Abstract and Figures

Plastic waste and Electronic cable waste (E-waste) is two of the major issues in global environmental problem especially in the urban lifestyle, and it is increasing rapidly towards the time. The year 2020 is new normal condition in order to face covid-19 epidemic, which make the society have to be more aware of their personal hygiene and maintain physical distancing between one another. Feeling safe is an important aspect for the society to keep their social life in a public space such as a restaurant/cafe. A divider is introduced in the social environment such as restaurants to accommodate conversation while enjoying meal together with family or colleagues. And this such of dividers will add more waste into the environment. This study is to seek an alternative solution to utilize plastic waste and electronic cable waste into new goods that have new use of values related to new normal conditions. E-Waste dividers are made from cables and plastics waste offering a creative way to design a divider, and can simultaneously reducing amount of e-waste as well. The design has standards criteria such as easy to clean, and the function is to block droplets spreading. It has a storage technique uses a folding technique to facilitate storage arrangements, and it is designed aesthetically to accommodate the divider design of a restaurant/cafe. For further study, the divider can be made from other type of e-waste, and it can be designed as a divider in other public spaces.
Content may be subject to copyright.
IOP Conference Series: Earth and Environmental Science
PAPER • OPEN ACCESS
Implementation of Reusable Plastic Waste and Electronic Cable Waste
as Space Divider: Responding Sustainability Issue in New Normal
Living-Study Case in a Small Coffee Shop
To cite this article: F Latif et al 2021 IOP Conf. Ser.: Earth Environ. Sci. 794 012154
View the article online for updates and enhancements.
This content was downloaded from IP address 182.2.136.0 on 02/08/2021 at 17:15
Content from this work may be used under the terms of the Creative Commons Attribution 3.0 licence. Any further distribution
of this work must maintain attribution to the author(s) and the title of the work, journal citation and DOI.
Published under licence by IOP Publishing Ltd
4th International Conference on Eco Engineering Development 2020
IOP Conf. Series: Earth and Environmental Science 794 (2021) 012154
IOP Publishing
doi:10.1088/1755-1315/794/1/012154
1
Implementation of Reusable Plastic Waste and Electronic
Cable Waste as Space Divider: Responding Sustainability
Issue in New Normal Living- Study Case in a Small Coffee
Shop
F Latif, S Chadijah, and R Fanthi
Interior Design Department, School of Design, Bina Nusantara University, Jakarta,
Indonesia, 11480
Corresponding author fauzia.latif@binus.ac.id
Abstract.
Plastic waste and Electronic cable waste (E-waste) is two of the major issues in global
environmental problem especially in the urban lifestyle, and it is increasing rapidly
towards the time. The year 2020 is new normal condition in order to face covid-19
epidemic, which make the society have to be more aware of their personal hygiene
and maintain physical distancing between one another. Feeling safe is an important
aspect for the society to keep their social life in a public space such as a
restaurant/cafe. A divider is introduced in the social environment such as restaurants
to accommodate conversation while enjoying meal together with family or colleagues.
And this such of dividers will add more waste into the environment. This study is to
seek an alternative solution to utilize plastic waste and electronic cable waste into new
goods that have new use of values related to new normal conditions. E-Waste dividers
are made from cables and plastics waste offering a creative way to design a divider,
and can simultaneously reducing amount of e-waste as well. The design has standards
criteria such as easy to clean, and the function is to block droplets spreading. It has a
storage technique uses a folding technique to facilitate storage arrangements, and it is
designed aesthetically to accommodate the divider design of a restaurant/cafe. For
further study, the divider can be made from other type of e-waste, and it can be
designed as a divider in other public spaces.
Keywords: New Normal, E-Waste, Divider, Coffee Shop
4th International Conference on Eco Engineering Development 2020
IOP Conf. Series: Earth and Environmental Science 794 (2021) 012154
IOP Publishing
doi:10.1088/1755-1315/794/1/012154
2
1. Introduction
The amount of plastic waste and electronic cables in Jakarta are both waste that cannot be recycled,
around 15 million tons of waste in Indonesia cannot be handled, and plastic is the largest amount of
waste by 14% and 4.3% are metal waste. This problem also caused by the behavior of Indonesian
people who like throwing their trash directly into the rivers or into their natural environment [1].
Meanwhile electronics in Indonesia increased as 1.274 million tons or an average of 4.49 kg per capita
during 2016 with the trend to escalate in the future [2]. Plastic waste that cannot be managed properly
will be buried in the ground or run into the ocean so that it can damage the ecosystem [3]. Electronic
cable waste causes fatal things to Indonesia, namely the spread of toxins and other health problems
[4].
In the early 2020 there was new type Corona Virus spread across the globe and has been
declared as a global pandemic condition by the World Health Organization in 12th March 2020 [5].
Since then, the government of the Republic of Indonesia had implemented the large-scale social
restrictions (Indonesian: Pembatasan Sosial Berskala Besar, abbreviated as PSBB) in several areas.
The first regencies that applied the PSBB is Jakarta Region, that start on April 10th, 2020 until June
4th 2020. After that, the PSBB transition phase was announced with the new health protocol, that call
New Habit Adaptation (Indonesian: Adaptasi Kebiasaan Baru) or called the “New Normal”. Health
Protocol in New Normal is include keep physical distancing, 50% capacity for office and commercial,
use a mask, conduct the healthy living, etc.
A divider came up for the solution of the new normal activity in a public space such as coffee
shops. This design of dividers is to keep certain amount of dine in customers in the small area inside
the coffee shops without changing much of the space layouts. Instead of rearrange the layout into a
minimum capacity, it can be managed by reaching into an optimum capacity. Therefore these designs
can be the solution for the new normal issues at the coffee shops, so that it can still continue running
and maintaining the quota of their dine in customers without neglecting the covid-19 protocol [6].
A divider which is placed on top of the coffee shop dining table is made from plastic and
electronic cable waste are able to manage some of the waste problem. Using plastic and electronic
cable waste as part of the divider is to reduce the use of new materials by combining with recycled
materials in order to avoid material pollution during the pandemic.
Small coffee shops in Jakarta are selected based on space issued that they have in order to
follow covid-19 protocol with the result is very little space and reducing a lot of customers that can be
dine in the coffee-shop. Based on the surveyed from Arah Kopi, Lain Hati, Fore coffee shops we can
conclude that there is a reduction in chair furniture to meet the standarization and also a significant
reduction in coffee tables.
The design process begins with the identification of the customers needs and in this study they
are referred to the coffee shop customers. Based on surveys and layout studies of the interior coffee
shop, it came up with 3 types of design variants which are chosen to be 3 alternatives divider design
using plastic and electronic cable waste that can be implemented on top of the coffee shops table.
Thus, the criteria and the design thinking process can be used for the next type of public space.
2. Methods
This research is conducting two steps in responding the “New Normal” condition. Firstly, the
problems were identified by the spatial analysis throughout deep observation at the targeted coffee
shops. This step will take the general brief of the problems where the customers need the dine-in
activity while the physical distancing was required during the coffee shops operation hours. Secondly,
the analysis guides the process of designing the products and facilities with the waste materials (plastic
and electronic cable waste) to respond the needs and the requirements to obey the official health
protocols.
4th International Conference on Eco Engineering Development 2020
IOP Conf. Series: Earth and Environmental Science 794 (2021) 012154
IOP Publishing
doi:10.1088/1755-1315/794/1/012154
3
The practical implications may lead the possible method to provide interactions among the customers
throughout simulation by 3 dimensional modelling. This creation and creative process of making the
separator facility could be achieved by using materials experience method consist of four experiential
components; aesthetic experience (sensorial), meaning experience (interpretative), emotional
experience(affective), and practise experience (performative) [7].
3. Result and Discussion
The current crisis is driven by external factors ( covid 19) causing the dynamics of the shifting habits
in adapting the crisis and dealing with it in a new way called new normal. New normal is created from
a crisis that threatens health when exposed to a deadly virus. This extreme situation suddenly changes
the most fundamental behavior of humans, that is the way of socializing, and it is calculated to last for
a long time in all parts of the earth. So the world began to change the patterns of human behavior to be
very concerned about a certain distance, known as Social distancing.
While in the daily life of human activities must continue, covid-19 protocol is an absolute
requirement for every individual, without exception. Everyone is responsible for the health of himself
and others, including his family. This understanding must be embedded in society every time doing
activities outside the home. Being away from others in a safe distance, trying to stay away from the
crowd, never take off the mask and wash your hands frequently are significant forms of new normal
behavior.
New normal has the meaning of giving distance between one human and another human in
one zone. The distance that slowly dissolves into an awareness of how humans cannot live alone and
the emergence of mutual suspicion that everyone has the potential to carry covid-19 virus, which since
the last 4 months has been rampant, is an attitude that can turn into awareness of caring for others. So
that new normal becomes easy to live through an independent pattern of behavior that is in an orderly
protocol covid 19.
3.1. Object Study
The number of visitors in the coffee shop is limited to less than half the capacity as allowed by the
authority. Interior relayout refers to the covid-19 protocol applied to small cafes and coffee shops that
are widely spread in the commercial district of the capital.
This study was taking place in 3 coffee shops in Jakarta, which is Arah Kopi, Fore coffee
shop, and Lain Hati coffee shops. The picture below are the condition after relayout furniture for new
normal. This situation shows that many tables and chairs have been partially removed to face the new
normal protocol, but without a well-planned layout arrangement so that there are empty spaces that
cause an uncomfortable ambiance.
Figure 1. From Left : Lain Hati, Coffee Shop Fore, Arah
Coffee Shop
Source : Writer, 2020
4th International Conference on Eco Engineering Development 2020
IOP Conf. Series: Earth and Environmental Science 794 (2021) 012154
IOP Publishing
doi:10.1088/1755-1315/794/1/012154
4
According to observations in the field, the floor plan of a cafe and coffee shop that refers to
the new normal is divided into 2 zones, namely the take away service zone and dine in zone, which
each zone is regulated in such a way that visitors are not jostling and crowding.
The take away service zone includes a queue area in a booking area as well as a cashier area,
waiting area, and take away area. The take away service zone directs visitors with a single line. This
makes visitors feel safe enough to place orders, pay and wait for orders to be taken away following a
one-way circulation as seen in the picture below.
The dine-in zone includes the booking area, then payment, then selecting available tables and
chairs. After completion, visitors return through the arrival lane to exit the cafe and coffee shop. Dine-
in zones require extra protection that is not sufficiently installed just in the form of a prohibition sign
(call for distance) in the eating-drinking area. Extra protection is fulfilled by giving a minimum
distance of 1 meter between tables. Provide chairs with lying alternately to prevent visitors sitting
directly next to each other. From the picture below is Lain Hati Coffee Shop, Fore Coffee Shop, and
Arah Kopi Coffee Shop illustrates about sitting rearrangement by eliminating some of the table and
chairs, as well as the distance between the tables in order to fulfil the New Normal of standardization.
From these surveys, we can conclude that in a little coffee shops with 50m2 in average, the tables
capacity have been reducted into half or 1/3 of capacity.
Figure 2. Arah Kopi Coffee Shop, Cashier and
booking area (1), Waiting Area (2), Take
Away Area (3). Source : Writer, 2020
2
3
Figure 3. Table arangement before New Normal
Source : Writer, 2020
4th International Conference on Eco Engineering Development 2020
IOP Conf. Series: Earth and Environmental Science 794 (2021) 012154
IOP Publishing
doi:10.1088/1755-1315/794/1/012154
5
3.2. Divider As Solution for Covid-19 Protocol
Without a good arangement of the furniture, it will resulting a distance that is quite far apart. The save
distance for preventing droplet as WHO standard is 1.8 meters. This underlies the researchers stating
that a sufficiently qualified barrier is needed to overcome the problem, and the existence of a barrier
between the set of the tables will optimize the distance between another so that it can lead to a good
furniture settings in order to create a comfortable ambiance for visitors.
To fulfilled the covid-19 protocol is also by separating the dining area on the table or between
the table by installing a barrier that is solid, non-porous, and not hollow. This barrier serves to prevent
droplets of visitors from contaminating other visitors' dining areas. Furthermore, limiting the area on
the table and between the tables is called a divider. The pictures below are showing the arrangement of
the tables before implementing the dividers and after the implementation of dividers which can have
more seats and tables arangement.
Figure 4. Table arangeme nt layout before New Normal (left) and after the
implementation of divide rs(right) at Fore Coffee Shop
Source : Writer, 2020
Figure 5. Table arangement la yout before New Normal (left) and after the
implementation of divide rs(right) at Lain Hati Coffee Shop
Source : Writer, 2020
Figure 6. Table arangeme nt layout before New Normal (left) and after the
implementation of divide rs(right) at Arah Kopi Coffee Shop
Source : Writer, 2020
4th International Conference on Eco Engineering Development 2020
IOP Conf. Series: Earth and Environmental Science 794 (2021) 012154
IOP Publishing
doi:10.1088/1755-1315/794/1/012154
6
From these surveys, a divider design is the most suitable item as an answer to the challenges
of the interior small cafes spatial planning problems and the challenges of reusing plastic waste and
electronics cable waste. The design will be applied as a divider between tables, using plastic waste and
electronics cable waste directly implemented as the following pictures.
The arangement with divider using plastic waste and cable waste material resulting a much
confortable athmospher. And the following is the divider design that uses electronic waste materials
and plastic waste derrived from Design Study Material that we can see the following pictures.
3.3. Construction of the Divider
The First step of making divider from plastic waste is to make a prototype of divider module. The
divider is constructed by combining small modules of plastic waste as screen, and attach it into a
frame for a support. The design module of plastic waste should be compact, easy to produce, and
aesthetically designed. Below is some alternatives prototype module for the divider study.
This module can be attached to a wooden frame, similar as a frame that usually used for the
back of the painting frame. The plastic module sheet that made from flatten plastic and cable waste
Figure 8. The Divider Mod ule Designs
Source : writer, 2020
Figure 7. Implementation divider between tables into the layout
Source : writer, 2020
4th International Conference on Eco Engineering Development 2020
IOP Conf. Series: Earth and Environmental Science 794 (2021) 012154
IOP Publishing
doi:10.1088/1755-1315/794/1/012154
7
woven to each other with the order: front sheet-frame-back sheet. The sheet can be fasten by screw to
the frame, then The edge of sheet is fastened to the iron bracket on the wall.
Picture below is the illustration installation of plastic divider to the coffee shop interior room.
Other than to follow Covid-19 protocol, it makes a feature for the room itself. And the benefit is it can
maximize the room capacity and still follow the protocol.
The application of this divider will separate the table without giving a significant distance and
also make the customers feel comfortable in the room. The next condition that arises is a beautiful
atmosphere with a divider arrangement that also functions as a work of art that gives value to the
decoration in the room.
The alternative installation for this divider is can be mounted on the ceiling, or free standing
on the table. This alternative gives the coffee shop option and flexibility according their needs. This
flexibility is crucial because the size and design theme of the coffee shop is different from one and
another.
Figure 9. The illustration of implementing divider into the caffee
Source : writer, 2020
Figure 10. The illustration of ceiling mounted divider
Source : writer, 2020
Figure 11. The illustration of free stan ding divider
Source : writer, 2020
4th International Conference on Eco Engineering Development 2020
IOP Conf. Series: Earth and Environmental Science 794 (2021) 012154
IOP Publishing
doi:10.1088/1755-1315/794/1/012154
8
4. Conclusion
A small coffee shop is one of the businesses affected by the covid-19 pandemic problem, which must
follow the Health protocol. Problems arise in small spaces and there is a lot of mobilization needed to
accommodate high take-away activities as well as customers who are dine in. Furniture layout is
arranged in such a way as to be very distant causing cold and uncomfortable atmosphere, not in
accordance with the atmosphere of the cafe should be. This affects the comfort level of visitors who
come in either as a take away customers or as dine in.
When comfort is influenced by social atmosphere and covid-19 social distancing protocols,
we need a barrier that limits between tables without having to significantly reduce table capacity. So
that visitors do not need to feel anxious about other visitors who are at the next table, which eventually
creates a warmer atmosphere.
Plastic waste and electronic cable waste are one of the biggest waste problems in Indonesia.
To recycle the waste is an effort to extend the life by giving it a new use value. The application of
plastic waste and electronic cable waste as the main material of dividers is an effort to minimizing new
waste that will be generated from the divider itself.
Various divider designs with plastic waste and electronic cables waste and some alternative
dividers installation systems such as on the table, on the floor, and on the ceiling, is able to overcome
the problem of the distance between the tables, and finally not only giving the waste a new use value,
but to give the waste new aesthetic value into a work of art, by providing decoration in the interior that
makes the atmosphere of the cafe become warmer and more attractive.
References
[1] http://litbang.kemendagri.go.id/website/riset-24-persen-sampah-di-indonesia-masih-tak-
terkelola/.
[2] Sahan, Yusnimar & Jayanti, Dewi & Anggriana, Nurul. (2019). Utilization of electronic scraps
on making a concrete brick. MATEC Web of Conferences. 276. 01024.
10.1051/matecconf/201927601024
[3] https://www.cnnindonesia.com/gaya-hidup/20180425101643-282-293362/riset-24-persen-
sampah-di-indonesia-masih-tak-terkelola.
[4] Wilyani, J. K. Nugraha, M. A. Aryadi, Nida Mariam. E-WASTE: AN UNDERRATED
HAZARDOUS WASTE IN INDONESIA I. T. http://e-
journal.president.ac.id/presunivojs/index.php/JENV/article/view/483
[5] Andrews, Jack & Foulkes, Lucy & Blakemore, Sarah-Jayne. (2020). Peer Influence in
Adolescence: Public-Health Implications for COVID-19. Trends in Cognitive Sciences. 24.
10.1016/j.tics.2020.05.001
[6] https://www.businessinsider.com/photos-show-world-adapting-to-social-distancing-
guidelines-in-pandemic-2020-5?r=US&IR=T#in-some-places-a-plastic-divider-is-not-enough-
diners-in-this-bangkok-restaurant-for-example-have-been-asked-to-sit-diagonally-from-each-
other-to-maximize-their-distance-3
[7] Karana, E., Barati, B., Rognoli, V., & Zeeuw van der Laan, A. (2015). Material Driven
Design (MDD) A Method to Design for Material Experiences. International Journal of design
... The plans for the construction of the smart city models include the design for waste banks, waste pickup services, smart apps, recycling plans, etc. In the creative industry, plastic and electronic cable waste (e-waste) are converted into beautiful dividers for cafés and restaurants [20], or in the agricultural sector, ...
... The plans for the construction of the smart city models include the design for waste banks, waste pickup services, smart apps, recycling plans, etc. In the creative industry, plastic and electronic cable waste (e-waste) are converted into beautiful dividers for cafés and restaurants [20], or in the agricultural sector, organic waste such as tofu and tempeh waste are mixed with algae as goat feed [21] to aid in the production of goat milk for maintaining of health during COVID-19. Because of the limitation of movement and transportation during COVID-19, there most publications dealt solely with the analysis of waste management in Indonesia during the pandemic. ...
... However, as the virus evolves and global society prepares for the new normal, the aforementioned publications from the early days of COVID-19 are not considered to fully reflect the current conditions as the virus evolves and global society prepares protocols for a new normal. Recycling of e-waste (plastic and cable) as a divider for cafes [20] 10. Alternative use of waste Tofu waste and tempeh waste, combined with microalgae Chlorella vulgaris ...
Article
Full-text available
It is globally known that the COVID-19 pandemic affected all aspects of society, including issues pertaining to health, economic, social, and environmental issues. The pandemic has already continued for two years and counting, and we are now advised to live coexisting with COVID-19 in the new normal era. During this new normal era, especially in Indonesia, many medical wastes (face masks, gloves, goggles, etc.) and other type of wastes are being generated due to COVID-19. However, the waste profile (waste management or waste handling) and the specific waste distribution in Indonesia during COVID-19 is not clearly understood. Therefore, in this study we perform a systematic literature review and bibliometric analysis of studies published during COVID-19 to describe the aforementioned issues regarding waste management in Indonesia by extracting data from Scopus as a leading indexing service for peer-reviewed publications. From more than 230,000 titles in Scopus regarding COVID-19, there are only 24 titles related to waste management in Indonesia during COVID-19. From the bibliometric analysis of the extracted data from Scopus, it can be observed that there are four clusters of interest, namely (1) medical waste and its processing, (2) COVID-19-related issues, (3) Indonesia and waste management, and (4) solid waste. The study of these issues is essential to obtain not only a clean environment, but also a sustainable future for an Indonesia that is free from COVID-19 and other related diseases in the future. Moreover, the bibliometric analysis also uncovers the research and publication gap for the topic of waste management in Indonesia in the COVID-19 pandemic era.
... In this new-normal era, there are many changes in various activities, including changes in the habits of visitors to the café [5,6]. A café is a public place visited by many people. ...
Article
Full-text available
Cafe interior design that supports health protocols in new normal conditions will be essential to keep cafes safe to visit. In this new-normal era, the implementation of good circulation for public areas is critical and has become one of the main concerns of cafe visitors. Good circulation is one aspect of the eco- interior concept that existed before the pandemic. Eco-interior is an interior building concept that emphasizes sustainability and the reciprocal relationship between humans and the surrounding environment. This study aims to determine the considerations of visitors in choosing an indoor or outdoor café to be visited in the new-normal era. The case study that will be analyzed is a cafe in Malang City, which is still in demand by visitors in the new-normal period. The research method used is descriptive qualitative. Research data were obtained through field studies, interviews and questionnaires. As a result, most visitors choose to visit cafes with outdoor or semi-outdoor areas with smooth air circulation compared to cafes in indoor spaces. From the analysis results based on the eco interior parameters, the application of ventilation in the café is at the ideal stage, while the pollution control in the café area is a substantial effort.
Article
Full-text available
The quick advancement of gadgets innovation industry offers an extensive variety of item decisions. This circumstance supported the improvement of electronic industry in Indonesia to be quick. The speeding up development is combined with items that are quickly out of date on the grounds that more current age items have showed up once more. So that, the electronic things which have been unused in the end move toward becoming refuse that is frequently alluded to as Electronic Waste (e-squander) and encountered an exceptionally fast increment. From the aftereffects of research in creating nations including Indonesia, E-Waste isn't found in squander Final Disposal (TPA). This is because of the high number of reusing and reuse (reusing) of utilized electronic products in the casual division. Reusing of the casual division is firmly identified with natural and wellbeing impacts. It isn't understood that numerous segments of electronic products contain hazardous toxic substances (B3). With a specific end goal to handling these issues, creating nations including Indonesia require modern cycle innovation, as well as significant administration measures and the presence of an approach to avert ecological effects. Nevertheless, contrasted and specialized viewpoints, e-squander administration strategy turns out to be more essential and earnest. In this paper, we endeavor to present the conditions and administration approaches that exist in Indonesia today and elective e-waste reusing innovations that identify with e-squander administration arrangements that are coordinated in the formal and casual segments.
Article
Full-text available
Electronic scraps is becoming one of the environment issues globally, including in Indonesia. Innovation in the electronic technologies is growing very rapidly (printer, computers, mobile phones, etc.) and consumers tend to replace électronic goods in a relatively short time. However, the development of electronic tools is not comparable with the invention of its recycling technology, so landfill becomes the first choice to over come the number of electronic scraps that are increasing every year. Most of the electronic scraps are made from ± 30-65% engineering thermoplastics and the rest are metal alloys. In this research, an alternative effort has been made for utilization of thermoplastics as a partial filler replacement for fine sand into commercially valuable products, a concrete brick. As a result, the maximum compressive strength of the concrete brick is 219.968 kg/cm2 by using thermoplastics ± 10% higher than a concrete brick normally, it does not cause scratches when scratched with nails, also not cause a loud sound when two bricks beaten one with the other and a punch is not too hard.
Article
Full-text available
Materials research constantly offers novel materials as better alternatives to convention. Functional aptness is taken for granted at the first commercial launch of a new material. Nevertheless, this alone may not be enough for its commercial success and widespread use. The ‘material’ should also elicit meaningful user experiences in and beyond its utilitarian assessment. This requires qualifying the material not only for what it is, but also for what it does, what it expresses to us, what it elicits from us, what it makes us do. In search of a proper application through such an understanding, material scientists and industries have reached out to designers to guide the development of materials by experiential goals. However, how to design for experiences with and for a material at hand has been poorly addressed to date. In this article, we propose a method, Material Driven Design (MDD), to facilitate designing for material experiences. After explaining the theoretical foundation of the method, an illustrative case is presented– where ‘coffee waste’ is the subject of design effort to conceive a new product concept. Finally, possible research directions are addressed to bring new insights to the effective application of the MDD method to diverse projects.
Article
The Covid-19 pandemic has resulted in the widespread implementation of social distancing measures. Adhering to social distancing may be particularly challenging for adolescents, for whom interaction with peers is especially important. We argue that young people’s capacity to encourage each other to observe social distancing rules should be harnessed.