Sheffield schools shut under a cloud of diesel

Air quality made a prominent story in The Sunday Times this weekend with the story – Schools shut under a cloud of diesel. Air quality hasn’t, typically, made it in to the Sunday broadsheets too often and certainly when it has it has been more about the impact it is having in London, not Sheffield.

Sheffield, the city in which I live, has a well earned reputation for managing air quality. It was the first city to respond significantly to the Clean Air Act and worked quickly to clean up industry and switched domestic heating from coal to natural gas.

In recent times its air quality problems are not so much a consequence of the highly regulated industrial pollution – much more now about the completely unregulated emissions of nitrous oxides and particular matter that come from the burning of petrol and, more significantly, diesel vehicle engines.

Today, Sheffield, just about maintains a good reputation for managing air quality but to maintain that it needs to respond to the data and information it has about exceedences of exposure to the pollutants and, more importantly, act on them. The link between pollution and health is clear – unequivocal. the World Health Organisation has endorsed the science.

Sheffield does have some mitigation – one of the UK’s busiest roads, the M1, cuts right through its eastern boundary with Rotherham and it’s this road which is the biggest contributor to poor health in communities like Tinsley. It’s for this reason that the schools in Tinsley are moving further away so as to expose fewer school children to the harmful pollution.

But, whilst the City Council’s recommendation should be acknowledged and accepted, this is the same city council that has supported the creation of new IKEA store in the east of the city (which will draw people in in cars on the M1) and the expansion of Meadowhall. The proposals for a low emission zone which have been mooted for 7-8 years have progressed in so much as the Council has a fantastic wealth of evidence to base its arguments on but doesn’t appear to have the political appetite to implement it.  The studies clearly show diesel engines are the problem, particularly in built up areas in the city and on the M1. That means HGVs, buses, taxis and, yes, the private car.

Local MP, Clive Betts, calls for planning policies to protect people from the harmful effects of vehicle emissions. But wouldn’t it be a better solution to actively clean up the fleets of vehicles in the city so that those who already live in polluted areas would feel the benefits quicker?


We need a new name for cities

In the past week I have travelled through the cities of Dubai, Bangkok, Hong Kong and the lesser known Ningbo, in China. On my travels I flew over cities I didn’t know that we’re bigger than any I had seen in the UK or Europe. These cities extend for tens of miles east-west and north-south filling bays, rivers, deltas, hillsides, islands and deserts. They are home to tens of millions of people and they stretch high into the sky with buildings touching and penetrating the clouds that hang above them. They are places where engineering and science have allowed human populations to tolerate otherwise difficult, or even inhospitable, environments. They have been built where, ordinarily it would be considered uncomfortably or dangerously hot and humid. They have been built on flood plains where rivers swell in monsoon rains or on hillsides where those waters rush through from mountainous uplands. They are served by a network of roads, railways, canals and rivers that enable otherwise isolated parts of their country to be connected. Their airports are the size of large towns and have asset values that outstrip the cities of Western Europe. They sprawl, yes, but they also have very high population density, sacrificing personal living space for the desire to be urbanised and supported by the infrastructure those cities bring. To a European or North American they would, I guess, feel claustrophobic. 

They are, simply, mega. Mega cities that dwarf what we, in the UK at least, have come to refer to as cities. In comparison, whilst London might hold its own (just), the cities of the UK are smaller, less relevant to the global economy and its networks. Collectively, if you bundled all the top 10 cities in the UK together, it might get to approximately half the size of Shanghai. 

When cities have grown up, literally, building taller and taller towers in a show of architectural bravado, they are also growing underground. You can’t help but be impressed by Hong Kong’s subway system. Not only does it connect communities across Hong Kong’s islands it connects communities through the labyrinth of supporting infrastructure like tunnels, escalators and lifts – and they air condition it too so making it more comfortable than surface level transport. All of these things support denser urban form. So, there are 3 levels in Hong Kong – underground, surface and Sky. 

The view from the Ritz-Carlton hotel in Hong Kong at the Ozone Bar, the highest and in earth.

  The extensive subway network connects Hong Kong’s Islands and communities beneath the surface.

Hong Kong has been a significant city for some time. It now boasts some of the greatest wealth, best universities and global business trades there daily. But the cities forming across China are doing it at such a pace it’s hard to map it. Huge swathes of their countries are mined, quarried and felled to support the quest for growth. As described in a previous blog and talk from TedTalks here the buildings are going up faster than the governance and infra infrastructure can keep up with. One without the other is destabilising and can lead to systems failure, unrest and inequity. Even in more established cities the growth is financed by the labours of the many for the benefit of the few. 

If these are mega cities where does that leave cities of the UK? Individually they are no bigger, on a global scale, than a village is to a city like London. Collectively they might just be significant. For that to happen in the UK will mean all the Core Cities, plus London, Belfast, Southampton, Aberdeen, Amsterdam, Paris, Brussels and Frankfurt to collaborate. To support this will require transport links between cities, over water, through mountains and in the air. And to do it without ripping up the natural capital we need to support our cities. The British Government doesn’t get this at all. It still sees itself as aglobal player when in reality it isn’t. The ‘Northern Powerhouse’ is a response to inward looking economic agendas instead of sing the opportunity for the UK to compete as a whole in the mega city economy. Extracting the UK from Europe would only hasten that inward looking agenda.

ISCN Day 3 – Global Student Engagement In Paris, In Hong Kong, Globally

The global challenge of climate change needs a global response and their is a special opportunity and role for universities to respond. With fast approaching 200 million students in global HE they are a key community of the global population that is, currently, unable to effectively engaged in a process of climate negotiation. 

IARU found a way to engage students in the COP15 process with statements of commitment taking place across the globe. In advance if Rio+20 students were invited to participate and promote their commitments, inc universities in Australia, China, Uganda. Melissa Goodall, from Yale, explained how there was a notable difference  between both developing nation universities taking an outward, community, focus whilst developed countries focused on organisational scale, inward looking initiatives. 

The IARU Global University Climate Forum is a vehicle for student engagement at Paris COP21 in 2015. Proposals to be submitted in Autumn 2015. IARU looking to support students attending the event. 

It was great to hear some very personal case studies from students: 

Katrina Kam, a student born in Hong Kong and currently studying at HKU with a year of exchange in the USA studying sports science, gave a short presentation on her own commitments to engagement in local community initiatives, environmental programmes, etc. Whilst in the USA the mentor family were alumni of HKU – a useful and effective way of supporting students living and studying in a foreign country.


Jen Lee, an international student at HKU, gave a perspective of why she chose HKU and the opportunities she was afforded in social sustainability and human rights, community engagement, supporting local people in access to legal services. Jen was involved in the Green Connections programme and informal activities such as Green Drinks in HK including outdoor classrooms. Hong Kong was an attractive place to study because if its complexity and challenges, environmentally, socially and its cultural diversity. 

 I would urge anyone interested in student activity and engagement in this field to investigate and establish whether there is an active Enactus group in their city. Noted that Hong Kong University has an Enactus programme in the city. 

The benefits of exchange programmes can give a global perspective to students which they might not otherwise gain from simply following a traditional path of study.

ISCN Conference Day 2 – Corporate/University Engagement

What are the skills that business needs in its workforce? How can universities ensure their graduates are equipped with those skills to enable business to be more sustainable? Research underway by the ISCN shows that whilst universities are providing well for the corporate sustainability roles there is significant room for improvement in how a wider range of disciplines are given the skills and knowledge to support wider roles in business.

Surely, by doing this, we are ensuring our graduates are better equipped, better placed and more employable? So, how might universities better understand the needs of business so that they can provide for them? Dialogue is key, building strategic relationships where the direction of businesses (large and small) is better understood. 

In this session we heard from Swire, a Pacific based conglomerate with its origins in Liverpool, UK. 

Joseph Mullinix, Deputy President at The National University of Singapore, recognised that whilst understanding of research outputs is good and well established, understanding what corporate leaders in Singapore need from college graduates across broader sustainable management skills. Key points were:

  • Some recognition that there is a need to respond to global mega trends such as climate change through systems thinking, resilience, partnership development. 
  • Graduates with a global mindset, that transcend political boundaries need leaders who can inspire, lead and communicate complexity and value to society (of businesses contribution towards sustainability) neither convictions and passion.
  • It’s clearly not about technical solutions! These areas of expertise can be bought in when needed. What businesses need is the ability to engage effectively with clients. Employees with the analytical skills to make the business and societal case.

Is what universities deliver in line with this need? What should they do?

  • Develop breadth and integration – focus on enhancing and integrating breadth of skills and less emphasis on the depth of skills. 
  • Values and passion – engaging students in society and business 
  • Articulating and leading – to ensure students have the ability to undertake complex analysis and communicate it effectively. 

The Fung Group, with origins in Southern China, spoke about the skills needs of cultivating leaders in a changing world. This is in response to some key trends:

  • Globalisation – e.g. China opening up and creating a factory for the world by doubling the size of the global workforce. 
  • Rising middle class in emerging markets 
  • Technological change – what is bought, how it is bought and how they work. Disruptive technologies are going to change the way in which society functions. 
  • Sustainability – growth in Asia has been at a cost. Environmental and human costs have been accrued. Business needs to have a response to the social and environmental challenges. 

skills sets identified:

  • Global mindset – leaders who think in a connected way at a global scale 
  • Customer focused – with a focus on the needs of the customer.
  • Innovation mindset – where and how in the process can an agile response be enabled. E.g. Rapid prototyping to create mini solutions and improve through iteration.
  • Collaboration – you need to work with others through integrated supply chains.
  • Developing other – working with colleagues, suppliers, etc.

Fung have recognised they need to engage with their workforce in a cost-effective and engaging way using multi media video across 15000 factories. 

The development of a sustainable apparel coalition supported by Nike, Puma, etc to ensure environmental data and performance information is captured and supporting factories to be able to undertake this work themselve across 40 economies in 14 languages. 

The concluding thoughts were that the focus should be on the solution – working across disciplines. There will be trade-offs but there will be compromises. Graduates needs to understand this process and work within it. 

The Sustainable Development Solutions Network  recognised the spiritual leadership, e.g. The commitment of the Pope Francis to the challenge of climate change. More practically, the University of Siena is illustrating how sustainability adds positive advantage to business. Moving from ‘why’ to ‘how’ to achieve it is the crucial next phase. 

ISCN Annual Conference Day 2 – Regional Perspectives on Global Change

John Robinson, Assoc Provost, Sustainability, University of British Columbia opened the morning’s dialogue session with a positive challenge to delegate, showing how, as a sizeable organisation with single ownership, a public mandate and an those around teaching and research, there is no better organisation to lead sustainable change within a region. 

Dependent on this is the culture within the university … But … There is a profound difference between ‘the university’ and ‘the faculty’ (defined by John as ‘academic’ and ‘operational’). The solution, of course, is to integrate the two so that the contribution of the support/operational services is recognised as is the contribution of academic communities to the direction of the university as well as their own faculty or research group. 

To facilitate change, it is important to move from a narrative that is about damage limitation and mitigation to one of net positive where the future is painted as positive, innovative, and much broader than just environmental so that social and economic factors are so much better integrated in to the strategy. The objective is to move towards ‘regenerative sustainability’ where there is simultaneous improvement in human and environmental wellbeing. 

  • British Columbia has consciously made an effort to adopt their campus as a living laboratory where the assets, spaces, infrastructure, people, services are used as part of the academic research and teaching programmes. The climate change (energy) targets have shown a 20,000t co2e reduction since 2007. $150m capital investment made by the UBC Board over the period 2007-2015 to achieve this.
  • UBC’s teaching and learning vision gives every student the opportunity to engage in a formal learning programme of sustainability. Each of its graduates leaves a little more informed and inspired and informed on sustaianability. 
  • An active travel programme underpins the engagement programme with the UBC now turning car parking areas into housing, with a greater return on those investments. 

Jeanne Ng, China Light and Power, as keynote showed how democracy and a diversity of opinions is a key challenge to decision makers. Social media is accelerating the ways in which people are engaged in the debate but also recognising that shareholders hold more influence than most. Whilst environmental performance and decision making can be objective, social issues are far more subjective and emotive. Human rights, ethics, corporate governance, labour practice, etc are wide open to interpretation and are more complex than they at first appear. 

TREES – monitoring drivers of change: technology, regulation, economics, environmental and social – against a background of changing expectation, aspiration in emerging economies.

Equity constraints in carbon emissions intensity remains a key issue. Access to available, but higher intensity, fossil fuels, in developing countries and economies has seen per capita emissions grow. 

Reporting performance on a range of metrics around sustainability seen as key to performance improvement at China Light and Power. Internally, the company was able to  identify gaps in performance between parts of the group across the whole business. 

CPL sustainability unit adopted the mantra innovate, incubate and integrate in response to their sustainability challenge. 

Marcelo Fernandez, Chancellor of the International University of Ecuador, gave an overview of the nation of Ecuador with a Pacific facing population of 16m highly dependent on hydro electricity (75%) and therefore the bulk of its emissions contribution is from transport. Despite that, the country is facing the consequences of a warming climate – particularly on the Galápagos Islands. 

UIDE seeks to develop a research centre campus on Santa Cruz, in the Galápagos. Increasing pressure and impact from tourism, which is steadily rising. Just 3% of the land of the Galápagos is occupied by people – the rest are protected by the Reserve. It provides the opportunity for a natural laboratory. UIDE has purchased 85ha of land to undertake this work – with 20ha identified for built facilities for the research to be undertaken, including residences. Of course, the aspiration is to build an exemplar of sustainable construction with teaching rooms, laboratories, residences, included. UIDE are now seeking to raise the finance for the project. 

Gitile Naituli, from the Multimedia University of Kenya, reminded the conference that the starting point and perspective from African nations is very different. With many nations considering themselves at the ‘start’ of their journey although often more in-tune with their natural environment. Often the traditional ways of developing were better than the ‘innovations’ that have been introduced since. 

The challenge now is to assist decision makers, investors, students, families, communities in how to live sustainably without, necessarily, following the path of ‘so-called’ developed nations. To remember the ways in which these communities were sustained in the past is to sustain it in the future. 

Rene Schwarzenbach, ETH Zurich, set out the challenge that universities are still at the margins and not making the contribution to global sustainability they should. He set out a number of challenges:

  • Make sure all students are trained in systems thinking and critical thinking around sustainability
  • Reward inter-disciplinary and research – not punish it using a more comprehensive approach to evaluation that isn’t sullied by rankings and the quest for an increase in publications by volume but not by their comprehensiveness. 

Again, Rene made the call for the use of campuses as living laboratory for research and teaching and to engage with wider society. Is there enough courage for fundamental cultural change? 

City / University Dialogue for Urban Living in 21st Century

This afternoon at the ISCN conference in Hong Kong there is a focus on the way in which universities and cities can form effective, collaborative alliances to contribute towards meeting the challenge of urban living in the 21st Century. It’s a response to the World Economic Forum Global Risks 2015 report which flags up climate change, urbanisation and growing population and aspirations within them.

Without doubt urbanisation is the perfect platform to encourage inter-disciplinary collaboration within universities. Those UK universities who have identified this as an opportunity to promote this through an emphasis on urbanisation are creating think tanks, centres of excellence and institutes to address them.

Hong Kong – a city blessed with top universities and some significant urban challenges. 

K.S.Wong, the Secretary for Environment, Hong Kong, spoke at the conference as a graduate of Hong Kong University and has led the policy development of green building standards building on his training as an architect.

Despite the obvious urbanisation of Hong Kong, the island remains green, but liveability and its eco footprint is central to its planning. Policies around green spaces, sprawl, natural assets, connectivity and isolation are in place to preserve these attributes. By maintaining high levels of density it is clearly possible to protect natural assets but also achieve impressive performance in energy intensity.

To that end, HK is:

  • developing a green neighbourhood on the site of the former city airport and using a district cooling system;
  • It’s also committing all public buildings to meet green building standards;
  • Developing a waste to energy plant from sewage sludge to power the islands needs;
  • Developing an exemplar zero carbon building.

The climate in Hong Kong presents a significant challenge with high temperatures and humidity driving demand for cooling and dehumidification systems to maintain comfort in buildings. Sharing the knowledge and learning from Hong Kong with the developing world is central to its mission.

Again, air quality remains a high priority and by law low sulphur fuels will be required to address this problem. Shipping remains an important contributor to poor air quality in Hong Kong.

Air, waste and energy are central to its strategy, with a strategy of tackling the causes at source and, encouragingly, the focus isn’t just on the hardware but also on the software – working to promote behaviour change through social marketing.

There is a clear expectation from KS Wong that the University of Hong Kong has the opportunity to out perform the HK average in terms of waste, energy and air quality. The Air Quality Health Index is the first in Asia to adopt this approach to share health data to those vulnerable to air pollutant. Similar schemes exist in the UK.

Following the keynote from KS Wong it was great to hear from Mayor Park Won Soon from Seouol via video. As a renowned proponent of sustainability and has committed to its principles in the development of Seoul. He explicitly made the point that cities and universities must work together to achieve their collective goals both in terms of infrastructure and the development of its communities. Seoul has worked with many universities in South Korea to further these aims.

Fostering synergies between universities and cities is key to addressing climate change, urbanisation, water stress and working together to identify solutions for cities. Seoul recognises energy is a key issue and is taking a strategic approach to reduce dependency on nuclear through moves to reduce demand for electricity through efficiency drive and localised renewable investment. This has also created a surge in the growth for more sustainable energy services such as LED lighting creating wealth and employment. In Seoul, universities and hospitals are amongst the most energy intensive buildings in South Korea. The Government has invested in the universities themselves with a $40m to demonstrate leadership and to drive down consumption.

Throughout his address there was continued emphasis on the opportunity to stimulate and engage young people with innovative approaches to tackling urban challenges with an emphasis on civic responsibility. Again, financial incentives from the government have catalysed this engagement.

Civic engagement has been supported through a series of Town Hall meetings – inviting opinion and input to macro issues like energy. An association for 35 universities have combined to promote and develop green campuses. An energy cooperative has been formed to provide finance and reinvestment in renewable energy generation projects across Seoul.

Following those two plenary speeches a panel of experts presented and discussed the role of universities and cities in the 21st century.

Healthy high density cities is becoming an increasingly important factor for fast growing cities and a new research centre has been formed at HKU to address this very specific challenge between engineering and architecture and health professionals.

Aalto University is consolidating after the merger of 5 universities giving the opportunity to create an integrated campus/science park to work closer with business and industry. The design of the new campus is designed to positively encourage collaboration to support the strategic aim of integrated academic activities.

Aalto is working with Tangjin University in furthering its relationship with Asia.

The University aims at energy self-sufficiency by 2030 through energy generation on site and changing consumer behaviour. They are developing the most powerful geothermal system in the world with a 7km geothermal well to produce 10% of the city’s energy needs.

Sandy Burgoyne, Director Future Cities Collaborative, from The University of Sydney, spoke about how the research underway to inspire city leaders to develop sustainable cities. Policy, practice and people are at the heart of the programme and engage Mayors in developing their own understanding of sustainability. The model builds on the Mayors Institute in the USA and encourages Mayors to bring challenges forward and to work collaboratively with universities to solve these challenges. The programme is working at city scale – eg Paramatta and looking to identify solutions that are right for that city.

The universities involved in these kind of programmes can bring thought leadership, collaboration across government, industry, commerce and academia to show what is possible. The model works well for ‘real time’ responses to challenges at scale. 

The Chief Excecutive of MTR Corporation in Hong Kong, Lincoln Leong, gave an overview of the way in which the MTR system in HK has transformed the island. In an impressive and enthusiastic presentation he showed how Metro systems play an important role in urbanisation across the world.

In HK there are 221km of track, 5.4m passengers and provides almost half of all public transport journeys.

As a result of success in HK over the past 40 years they are now expanding into Australia, mainland China and Sweden. By providing this infrastructure can transform cities, connecting communities and creating opportunities to enhance communities – retail, business and industry.

The 3km extension of the network to the west of HK at the end of 2014 connected Hong Kong University into the whole island enabling greater access from east to west. Significant investment in lifts and escalators to service stations gave additional benefits to all communities to assist movement around the hilly terrain of the island.

Further expansion of the MTR is planned in HK to provide greater connectivity.

Edward Ng, Chinese University of Hong Kong, espoused the virtues of the intellectual contribution of the university to policy development in Hong Kong. As an example, the assessment of urban heat islands has helped shape thinking on energy and urban planning.

The opportunity to deliver sustainable energy solutions and reduce demand through improved behaviours. By installing values of sustainability into university education and encouraging sustainable values such that ‘convenience’ is recognised as costly.

Each speaker throughout their short sessions and in the discussion session supported the concept of universities and cities working much more effectively together at all scales – at the city scale, at the district/campus scale, at the organisational scale and with individuals and their communities.

So why doesn’t it happen more often? I suspect it is largely because the one to one relationships between leaders of both cities and universities haven’t invested enough in building an effective relationship on which to build this approach.

It’s good then that universities and cities are beginning to rebuild those relationships. Let’s not pretend it’s altruistic and philanthropic. Much of it in the UK, at least, is borne out of a restructured public sector that no longer has the intellectual capacity to develop and design policy in an era of ever increasing complexity and risk. Evidence, data and informed policy will maintain sustainable urban living.

China Academy of Building Research

Professor Stephen Lau from the National University of Singapore explains the routemap adopted by China towards Green Building development.

The source of the materials presented are attributed to and shows that coastal areas of China, where land values are higher and space is more constrained and economic conditions suit the adoption of green building standards.  

The costs of projects that are ‘greener’ are higher but the additional costs are falling over time as the solutions to the standards are adopted and better understood.

Globally, Europe, China and Australia are seen to be amongst the highest standards in green buildings as shown by the International Energy Efficiency Scorecard 2012. China now 4th overall globally in terms of standards in the 2014 analysis (Germany is 1st).

There is strong emphasis on air quality, particularly PM2.5 in Beijing and the point source with significant contributions coming from outside Beijing itself through coal fired energy generation and construction. This is particularly challenging in the context of growth in China – both in terms of urbanisation and energy demands.

Policies to tackle this set standards in new construction to meet carbon targets and air quality. Consideration of embodied energy in materials is now more prominent and recognising 70% of the impact is in life use.

Collaborative research undertaken between the US and China has consdiered absolute and relative targets against population, GDP and on a spatial basis. Further analysis of CO2 emissions of typical cities has been undertaken. China working to dependency on non fossil fuels which is driving interest in nuclear power in China.

The concept of a ‘Green Campus’ is developing in China. The opportunity to educate students about green building technologies is a primary driver for this with the health and energy efficiency benefits seen as secondary in both schools, colleges and universities. Learning is being taken up in Provinces and a competition to stimulate thinking around sustainable campuses is to be launched later this year led by the China Green Business Council. Active engagement with children in popular science lectures in the Provinces.

Thinking Differently about How we Inhabit The Earth – session from Heather Henriksen, Harvard

Universities are central to the challenges of how we sustain human life on our planet. Climate change is one challenge in which universities can be engaged in the lab, in the classroom and on the campus as a living laboratory. Integrating these three areas is key.

Harvard is taking this approach but recognises the challenge of devolved decision making across 13 schools. It’s collective vision for the University puts education and empowerment of students at the top of its agenda.

The Harvard Sustainability Plan focuses on 5 areas:

  • Emissions and energy
  • Campus operations
  • Nature and Ecosystems
  • Health and wellbeing
  • Culture and Learning

Schools are given some latitude in terms of playing to their strengths and building on the opportunities they have specific to their school.

Recognising the continued growth of the Harvard Campus the university has developed its own Green Building Standards to replace its ‘guidance’ to require higher standards in new build. They were revised and approved at the end of 2014. The benefits of reducing risk has been acknowledged as a consequence of their adoption. 7 success factors focus on early engagement with users, designers and before anything is committed; modelling of energy and life cycle costing; aggressive baseline and reward cutting edge innovation; industry alignment, etc.

the University’s approach has enabled some other benefits such as testing university research on buildings on the campus. Building on the LEED design model and developing these as underpinning the standards at the University.

These include a healthy materials disclosure to drive healthier buildings. The Living Building Challenge is a new standard that looks to enhance the health impact on building occupants. Harvard are also moving towards net zero energy buildings. Already, Harvard is ‘ahead of code’ and policy locally, nationally and sector.

Harvard is targeting energy intensive buildings, particularly labs and data centres. They collaborated with other universities to develop off-site data centre solutions for several universities which gave inward investment to a deprived area in MA which attracted $25m State funding.

International Dimensions to Sustainable Universities and Campuses – Part 1

I am attending the ISCN annual conference at The University of Hong Kong hoping to make links with those undertaking similar roles in universities across the globe. There are representatives here from Africa, Asia, the Americas and Europe. This is an attempt to live blog the discussion within the sessions I attend over the course of the conference.

The ISCN Charter sets out principles for sustainable universities, working to embed the principles of sustainability into operational (principle one), planning and target setting (principle 2) through to the panacea of true integration into research, teaching and, ostensibly, the core business of universities (principle three).

Sharing good practice between universities is a key objective of the ISCN and there is an emerging network of networks from the continents.  

Melissa Goodall, from Yale University, is representing IARU, the International Alliance of Research Univerities, which was established in 2006 by 10 universities that ‘share similar values, a global vision and a commitment to educating future world leaders’. From the UK, Oxford and Cambridge made up the 10.

There are several points of collaboration including ‘sustaianability’ with some current focus on laboratory use and energy consumption. In the research field there is work being undertaken on future cities.

IARU has developed a Green Guide to Universities covering 10 topics, with 23 case studies, which is now live and downloadable via the IARU website. 9 chapters were published.

  • Sustainable Campus Organisation – reflects the ‘ownership’ and governance of the sustainability leadership role within a university.
  • Campus-wide operations – with case studies across a wide range of operations on universities, including energy and complexity of services.
  • Buildings – included case study from The University of Oxford’s sustainable building policy.
  • Laboratories – recognises the impact labs has in terms of energy, waste and the opportunity for behaviour change.
  • Green Purchasing – led by Zurich with support from Yale. Recognised the different approaches taken to commodity purchasing. Included life cycle assessment and material flows.
  • Transport – was included late in the publishing cycle.
  • Communication – focusing on social media for sustainability communications, recognising the different audiences within universities.
  • Employee and Student Engagement – explores how to reach staff and students through effective engagement.
  • Univerities as Catalyts for a Sustainable Society – recognises the important role that Universities play in shaping society and its future leaders, employees, politicians and decision makers, parents and citizens.
  • A conference launched the guide at The University of Copenhagen and a network formed. 4000 downloads of the book have already been made.

There was some discussion about the whole sustainability approach and the focus being largely in environmental issues rather than the wider sustainability issues of social and economic guidance. It is clear there is still a journeyed transition from environment to true sustainability. There was some discussion about where the leadership was on the wider sustainability approach. Melissa Goodall felt that the U.S. universities were showing leadership on the social dimensions whilst European examples were moving more slowly. It’s my feeling that this needs to be better understood and from a small group of members in IARU it is difficult to draw too many conclusions. Certainly, it’s my view that universities in the UK, at least, are more increasingly embracing this.

The issues of embedding sustainability into satellite campuses was raised. Noted that Yale and Singapore are collborating in this way and that ambition to integrate this in the future.

Global University Climate Forum will take place in Paris in December 2015.

The relationship between IARU, the Global Universities Leadership Forum (GULF) and ISCN and the synergies between them is recognised as important. But there are other networks out there who need to be engaged.

What if action on climate change is impossible in a democracy?

A great piece by Mallen Baker which was posted 8 Jun 2015 which I wanted to share with you:

A recent YouGov survey has highlighted the fact that in the US and UK there is a significant percentage of people who “do not agree to any international agreement that addresses climate change.” In China, the position was quite different, with negligible numbers thinking the same. This was reported in the Independent as “UK and US main barriers to addressing climate change” which really doesn’t get us to the heart of what’s going on here.

For a start, because it was written up by a UK paper it didn’t actually include the full story. It wasn’t just the US and the UK – significant numbers of citizens in Norway, Finland and Sweden also wanted to avoid the topic.

What if action on climate change is impossible in a democracy? – CSR Articles by Mallen Baker.

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