Ga naar de startpagina
Zoek leermateriaalKennis & expertiseCommunities
NL|EN
Privacy policyDeelnemende instellingen
Creative CommonsCreative Commons AttributionSURFFunded by the European Union

Filteren

Zoekresultaten (32)

HBO/WO

MBO

30 augustus 2021

Amsterdam's Air Quality

LEARNING OBJECTIVES: Explain shocks and stresses on critical services and infrastructures (CSIs) of STE systems resulting from a range of disastrous events. This set contains two short videos that dive deeper into the topic of air quality in Amsterdam, Netherlands. Introduction to Air Quality in Amsterdam (~9 min-long video) Air Quality in Amsterdam (~4 min-long video)

Various Experts

5 september 2021

Air Quality in Chinese Cities

This set contains 5 short videos and one student trend report on air quality in Chinese cities: i. Introduction to Living with the Haze (~ 3-min long video) ii. Introduction to Air Quality in Beijing (~ 6-min long video) iii. The Haze in Everyday City Life (~ 8-min long video) iv. Beijing’s Citizens Coping with the Haze (~ 6-min long video) v. Citizens and Air Quality in Beijing (~ 6-min long video) vi. Air Pollution in Shanghai (student trend report)

Various Experts

24 oktober 2017

Introduction to Air Quality in Amsterdam

Air quality in Amsterdam is not as good as it seems. Polluted air ranks third on the list of health risks in Amsterdam, directly following smoking cigarettes. This video is a broadcast by Groen Licht (‘Green Light’), a television program by one of the Dutch public broadcasting corporations, which is devoted to sustainability initiatives. Presenter Milouska Meulens explores air pollution in Amsterdam. She talks with fellow citizens about how they experience air pollution and together with dr. Bert Heusinkveld of Wageningen University, she investigates the actual levels of air pollution and the differences that exist between different streets in Amsterdam. The field recording in below video by Dr. Bert Heusinkveld on air quality in Amsterdam has been reused with permission from Groen Licht. It is part of the episode that aired on 5 December 2016. LEARNING OBJECTIVES: Explain shocks and stresses on critical services and infrastructures (CSIs) of STE systems resulting from a range of disastrous events. DURATION: 1 short video (~9 minutes long)

Website

Bert Heusinkveld

14 oktober 2017

Air Quality in Amsterdam

In this module, we will visit the Amsterdam-based NGO ‘Waag Society’ to see how they address air pollution and help co-create solutions. This institute for art, science, and technology works on many topics that involve citizens and socio-technical change. The Waag Society also works with citizens to counter air quality problems, but in a very different way. Let’s have a look! LEARNING OBJECTIVES: Explain shocks and stresses on critical services and infrastructures (CSIs) of STE systems resulting from a range of disastrous events. DURATION: 1 short video (~4 minutes long)

Website

Walter Fraanje

21 juli 2017

Air Quality in Kampala

First, we will look at Kampala’s air quality from a general and natural science perspective. Dr. Folkert Boersma will give an introduction to Kampala´s air quality, explain which factors play a role in the city’s air quality, and how it compares to other cities around the world. Learning Objectives: Understand the state of Kampala’s air quality Explain shocks and stresses on critical services and infrastructures (CSIs) of STE systems resulting from a range of disastrous events.

Website

Folkert Boersma

23 oktober 2017

Introduction to Air Quality in Beijing

In this video, we will zoom-in on the air quality of Chinese cities and Beijing in particular. Today air quality is a widely discussed topic in Beijing and many other cities in China. Dr. Jia Xing from Tsinghua University in Beijing will tell about ‘the haze’ that often hovers above the city and he will introduce you to some of the ways in which the city counters its severe air pollution. LEARNING OBJECTIVE: Explain shocks and stresses on critical services and infrastructures (CSIs) of STE systems resulting from a range of disastrous events. DURATION: 1 short video (~ 6 min long)

Website

Jia Xing

14 oktober 2017

Citizens and Air Quality in Beijing

Towards the end of the previous video, Gert Spaargaren mentioned the recent increase in online activity by NGOs and Chinese citizens or so called ‘netizens’. Indeed, many Chinese citizens have at some point been engaged in monitoring and measuring air quality themselves. Last couple of years, different datasets and sometimes conflicting interpretations of air quality in China proliferated. The next video addresses the uncertainties with respect to air quality data and how citizens and the government deal with them. In an interview with Fan Yechao, you will learn what citizens in Beijing think of PM2.5 and how they perceive the ways in which air quality problems are addressed by the government. Do they believe that the Chinese government will be effective in creating a ‘blue sky that lasts’ above Beijing? LEARNING OBJECTIVE: Understand and apply tools and methods for analyzing complex governance arrangements and for facilitating meaningful engagement in a multi-actor context. DURATION: 1 short video (~6 min long)

Website

Gert Spaargaren

21 juli 2017

Co-creation on Kampala's Air Quality

Dr. Patience Mguni and Dr. Bas van Vliet reflect on the forms of co-creation for more sustainable cooking practices in the slums of Kampala. They highlight this section’s most important lessons and give an outlook on the future. What do you think is needed for a transition towards clean cooking practices? Learning Objectives: Understand ways citizens of Kampala are co-creating sustainable solutions to air quality issues Explain shocks and stresses on critical services and infrastructures (CSIs) of STE systems resulting from a range of disastrous events.

Website

Patience Mguni, Bas van Vliet

5 oktober 2020

Air pollution in Santiago

This trend report looks into the effect of air pollution on the urban network of Santiago, the capital of Chile. Air pollution is caused by several anthropogenic factors and enhanced by the specific topographic and meteorological circumstances in Santiago. The sources of air pollution are outlined and quantified and several suggestions to mitigate these sources are given. These suggestions can create social inequality, this is an ethical implication that is looked at. A solution strategy in the form of a monitoring network consisting of cheap IoT sensors is presented.

Document

Gijs Vis

5 oktober 2020

Air pollution in Jakarta

In the recent years Jakarta has infamously reached the top 10 of most polluted cities in the world. Due to an increase in population, climate change, modernization and industrialization of Indonesia and Jakarta. The main sources of its pollution are vehicle emissions, heavy industry, burning of organic matter, construction and dust, and its citizens now have carry the burden. After large increases in disease, deaths and economic costs the cities regulators have finally accepted that measurements have to be taken and, together with NGO’s, taken action in the form of measurements and a roadmap to 2030. In the plan, vast infrastructural projects are proposed to improve connectivity in the city and encourage the use of public transport. Furthermore, plans to implement and enforce emission standards and regulations for private vehicles and heavy industry are proposed. Finally, they plan to handle Jakartas large waste crisis in the suburbs and informal housing, which is currently mostly burned, as citizens see no other way to dispose of it. The regulators plans are ambitious, and will certainly improve the standard of living for the whole city after completion. However, during its implementation it will have vast consequences for thousands of citizens as these infrastructure projects will require the demolition of thousands of houses. If new regulations and policies are too restrictive it can harm the lower-class citizens and economic growth. A final problem is finance, the plans are not only ambitious, they are also incredibly expensive. It will require the cooperation of the private and public sector, as well the intergovernmental cooperation between different branches to ensure these plans can be successful. Fortunately, the air quality is easy to measure, as the stations used in previous air quality monitoring studies, together with the enforcement of emission standards can be used to monitor how the air quality will increase as each phase of the plan is implemented. A careful balance and timeline has to be crafted to implement new regulations and infrastructure projects, but in the end, the citizens will reap the benefit.

Document

Jasper Krijn