Category: Transport & ICT

Transport is movement of persons, animal and goods from one place to another where convenience is a primary request in long-distance transport. This applies to all society sectors and involves the necessary logistics from information flow and material handling to transportation and security. Complexity of transport and logistics is, further, effectively and economically managed by automated by dedicated software through modern ICT-technologies. Problems within transport (road, sea, air) have been of major technological challenge especially regarding safe, effective and economic transportation around the world.

Modern ICT “Information and Communication Technologies” have revolutionized and shaped our life style, culture and communication on all levels and sectors. The application of computers and telecommunications equipment to store, retrieve, transmit and manipulate data has far unlimited global benefits not only in business, enterprise, entertainment and education sectors, but generally in all disciplines of science and technology. In this context, ICT has been indispensable for improving technology and industry, including transport and logistics especially what regards control and automation. With the increasing coupling and integration of ICT technology in all society sector and the recent advances in “cloud computing” and “mobile apps” there are many new developments to expect in the future especially what regards achieving sustainable socio-economic developments, e.g. effective use, recycling and management of natural resources.

ICT-Medical Innovation – Shaping the Sustainable Transformation of Africa

Health is a key issue for the sustainable socio-economic-environment transformation of any society. That is clear and evident now to all, and everyone, of us specially in the time of COVID-19 pandemic. However, moving the whole African continent and putting it on a sustainable roads of secure and safe public health it neither trivial nor can be achieved overnight. Africa is very much different and has several obstacles that hinder direct transfer and import of technology from the developed world. But challenges and opportunities are enormous. Not all innovations are likely to survive in the longterm and large-scale because of several reasons that are either treated or will be treated in sustain-earth.com. Future innovations have be based on solid and deep rooted sustainability pillars. Examples on such innovations are given at (https://www.theguardian.com/world/2012/aug/26/africa-innovations-transform-continent) and will be commented on, elsewhere, at sustain-earth.com. We need to screen all the existing innovations to evaluate and assess them against the new criteria of sustainability.

The African demography (https://en.m.wikipedia.org/wiki/Demographics_of_Africa) has special features what regards population distribution, growth, health, diseases, health care systems, transportation, urban/rural mobility, economy, …. ect all of which have to be taken in consideration to bring about successful transformation to sustainable communities. In the current state of development, innovative ICT-medical tools provide appropriate solutions to offer public health services as ICT/IOT has capabilities to couple P-2-P and M-2-P communications by short-cuts without the need of unnecessary transport specially in critical situations and for people in isolated locations. One such ICT-based solutions is Cardiopad that enables Remote Heart Diagnosis through digital tablets (https://youtu.be/NFIOuy3J-IQ). This has been developed by Arthur Zang, a Cameroonian engineer. When such new innovations find its way in the market they open a chain of other applications and services that can together build integrated and coherent infra-structures to scale-up solutions for whole communities. Let us congratulate Arthur Zang, his team and Cameroon for their innovation.

African Innovation of ’smart jacket’ – An ICT-Based Diagnoses of Pneumonia in Children

According to UNICEF, Pneumonia kills half a million children under five in sub-Saharan Africa (https://www.unicef.org/media/media_89995.html). Pneumonia, an infection in one or both lunges by bacteria, viruses, and fungi, causes inflammation in the air sacs in lungs that can make it difficult to breath. COVID-19 is an actual example that can cause severe pneumonia among elderly specially risk-groups.

Among several African innovations (https://www.responsiblebusiness.com/news/africas-news/5-african-innovations-help-achieve-equitable-prosperous-future/) that could help achieve an equitable and prosperous future is Biomedical smart jacket ‘MamaOpe’. This is an example of increasing number of start-ups in Africa that are based on innovation that seeks to offer consumers better experiences in areas such as commerce, health, finance, and agriculture. Such innovations play a key role for a sustainable development future in Africa.

A main contributing factor to death, of children in Africa from pneumonia, is the slow diagnosis in particular in remote areas far from medical centres. Ugandan inventor ‘Brian Turabagye’ has created a biomedical smart jacket that can diagnose the condition four times faster than a doctor and it’s also more accurate. Sensors embedded in Smart Jackets (http://mamaope.com) pick up sound patterns from the lungs, temperature and breathing rate and within four minutes, the data is computed and sent to a mobile phone application which then gives a diagnosis. The device is called MamaOpe “mother’s hope” and doesn’t require a doctor to run the tests and a unique feature is that it can be used at remote locations. This wearable medical device could help save millions of lives in Africa and beyond every year.

© UNICEF/UNI169762/ClarkBaby Abinet, 3 months old and suffering from pneumonia, at the Hamido health post in Ethiopia. 2014

Made in African – Turning Waste to Electric Mini Taxis

Sustainable development in Africa will be brought about by spreading innovation across the continent. It stems from the extreme needs for immediate sustainable solutions for the critical problems facing and threatening its advance to the next phase of development. One of such obstacles to achieve sustainable communities is waste, that either existing, e.g. sanitation, or emerging, e.g. e-waste and waste from fossil remains (mining including oil). Innovation for better healthcare, increased access to quality of education, improved social life, poverty reduction and better life-quality by promoting renewable-based technologies are some examples.

Africa is urbanising and ‘motorising’ faster than any other region in the world. The degradation of the continent’s urban air quality will triple or quadruple within 15 years. Invention of small cars, e.g. electric mini-cabs, such as Mellowcabs (https://youtu.be/UKlkS8ZloRE) that operate on three-wheels with low cost, eco-friendly is a convenient taxi and transport services in that can empower cities across Africa. Other innovations are that these vehicles are being manufactured from recycled materials, and feature state of the art electric motors and batteries. Other multi-layered advances in these small and practical vehicles that are embedded in their technology are ICT-technologies, connectivity, data collection, and analytics are catalysing a technology revolution that could dramatically alter the face of the transport sector in Africa and beyond.

In several previous posts (sustain-earth.com) several issues were addressed to describe and highlight the diverse characteristics of our present era ‘The Anthropocene’ in particular what regards human waste and pollution (sustain-earth.com). In this context, positive and promising innovations to handle, treat and turn waste to beneficial and friendly products in the developing countries, e.g. Africa, are being introduced. Waste and pollution from irresponsible production and consumption are being continuously injected to our main spheres that govern all life forms on planet Earth, e.g. the atmosphere, hydrosphere and biosphere in three forms, physical, chemical and biological remains. The threats has to do with how we use our natural capital resources, including the minerals in the lithosphere, of planet Earth that have caused enormous, continuous and commutative damage to all life forms on planet Earth. Unfortunately, we have accepted and even welcomed all types of waste and pollutions to the level that we are gradually pushing the waste and pollution peak to unknown distant future. A future that doesn’t belong to us. Waste and pollution is described by some people as a ‘hoax’ or ‘fake news’ not created neither by the market nor by us. So, let it be the fate of future generations and the fate of who don’t contribute in ongoing irresponsible production and consumption. It is the current narrative to keep expanding and supporting irresponsible production and consumption. That is the philosophy of denying and refusing to listen to the facts of science that brought us to the point of tip-over of our planet Earth to the very edge of no return. So, would the young generation of Africa manage to change such narratives?

Made in Africa – 3D Printers from E-Waste

The electronics industry generates up to 41 million tonnes of electronic waste ‘e-waste’ that brings with it an ever growing problem worldwide especially in Africa as certain countries have become dumping grounds for electronics from Europe and North America. After WWII and the gradual independence of the African countries much of the military materials of the colonial powers from Europe were leftover in many Africa countries. Since then the e-waste started also to grow in Africa as some African counties were used as dumping places of electronic waste. This represents an additional pile-up of waste besides the home-made waste being produce in Africa. Recycling industries in the developed countries are based on turning waste to profitable products with least possible economic resources otherwise the waste is shipped elsewhere. WoeLab, an African 3D-printing innovation that is now stepping up its small-scale recycling efforts on the African continent. It is a way of combating the e-waste in Africa and members of the Tanzanian community technology hub joined together to create Africa’s first-ever 3D printer from e-waste. Such newly born industry is utilizing the discarded electronic parts to help advance the technology of the region where about 60% live in poverty thus offering access to emerging and self-sustainable technologies to improve their livelihood.

Generally speaking, global waste is gradually piling up and we are constantly and continuously pushing peak-waste more and more into uncertain and unknown distant future. This without hesitation will bring humanity to a wave of successive threats in the same way as the COVID-19 crisis that we are going through now. The amount of human garbage is rising fast and won’t peak this century unless global transformational changes in responsible production and consumption can take place (https://www.worldbank.org/en/news/feature/2013/10/30/global-waste-on-pace-to-triple). By 2100, the growing global urban population will be producing three times as much waste as it does today. That level of waste carries serious consequences for our cities, and the global environments as well, around the world.

It is certain that environmental destruction because of waste is enormous (https://www.nature.com/news/environment-waste-production-must-peak-this-century-1.14032). Solid waste ((https://www.theworldcounts.com/challenges/planet-earth/state-of-the-planet/solid-waste). Waste is mostly an urban phenomenon as compared to rural communities because of less packaged products, less food waste and less manufacturing. The acceleration of waste in the 21st century that already started in the 20th century because of the global transformation from agricultural to industrial activities brought with it much of new and serious threats to the atmosphere (https://www.sciencedirect.com/topics/earth-and-planetary-sciences/gaseous-waste), e.g. greenhouse gases and climate change and degradation in air quality. Also, to the biosphere, e.g. collapse of biodiversity, the ecosphere with degeneration of eco-systems services and the hydrosphere (https://www.google.se/amp/s/www.transparencymarketresearch.com/amp/liquid-waste-management-market.html), e.g. degradation in water quality of the global water resources. The countries of the Organisation for Economic Co-operation and Development (OECD) are the largest waste generators, producing around 1.75 million tonnes per day. This is expected to increase until 2050 due to urban population growth and projections to 2100 show that global ‘peak waste’ will not happen this century (https://www.smithsonianmag.com/science-nature/when-will-we-hit-peak-garbage-7074398/) if current trends continue in the same way, i.e. ‘business-as-usual’. This is although waste in OECD countries will peak by 2050 and Asia–Pacific countries by 2075, waste will continue to rise in the fast-growing cities of sub-Saharan Africa. We produce 11 billions ton of waste every year, i.e. on average over one ton of waste by everyone of us on the planet. What regards solid waste it comes from construction and demolition (36/%), household (24%), industry (21%), commercial (11%), water supply and sewage (5%) and energy production (3%). Add to this gaseous and liquid waste. How soon the world’s trash problem begins to decline, i.e. the global peak waste, will depend upon how soon Sub-Saharan Africa will manage to decrease it’s own waste production, e.g. through prevention, reuse and upcycling, recycling, reduction, controlled and uncontrolled disposal.

COVID-19 – Inconvenient Truth About Health Care.

Statistics from around the world regarding the COVID-19 pandemic, including the most developed countries in Europe and the USA, show considerable gaps in our health care systems in particular for the risk groups of world population. According existing data most infections and deaths do take place in hospitals (https://www.bbc.com/news/health-52196978). It is an unprecedented truth in the 2020 that our modern health care systems, even in most advanced countries, are unable to provide safe and secure medical treatments for the most needed when it is needed. It is a scary reality for all of us, even for professionals in the health care sectors. The working conditions in hospitals and in health care systems are suffer from several uncertainties with clear associated risks to die among doctors and nurses in COVID-19 is also unacceptably high (https://www.aa.com.tr/en/asia-pacific/asia-pacific-health-workers-risk-all-to-fight-covid-19/1791014; https://www.aa.com.tr/en/europe/90-000-healthcare-workers-infected-with-covid-19-icn/1831765). The pitfalls and other shortcomings in global health care systems and the related health consequence are being analyzed, assessed and compiled by WHO (e.g. 20200411-sitrep-82-covid-19.pdf). The figure given here shows people died with confirmed COVID-19 in England and Wales by week ending 27 March 2020 according to data from Office for National Statistics (https://www.bbc.com/news/health-52196978). In this figure about 93% of the people infected by COVID-19 died in hospitals, i.e. a total of 501 persons out of a total of 538).

This situation and chaos didn’t take place overnight, though according to the UN-SDGs of 2017, Goal 3 calls is about: Ensure healthy lives and promote well-being for all at all ages (https://www.un.org/sustainabledevelopment/health/). Naturally the global health care system is very much dependent of other major factors: education; life on land; life under water; clean water and sanitation; poverty; hunger; energy; economic growth; industry and innovation; inequalities; sustainable cities and communities; responsible production and consumption; climate action; peace and strong institutions; partnership in goals and gender equality, all of which are goals in the UN-SDGs-package. According to New York Times, we knew the coronavirus is coming, yet we failed “the vulnerabilities that COVID-19 has revealed were a predictable outgrowth of our market-based health care system”. Also, in Europe, the crisis has been systematically developed and evolved during very long periods, e.g. for Sweden (https://mobil.unt.se/ledare/mangarigt-kaos-i-varden-av-de-allra-aldsta-5564852.aspx) as the death of coronavirus in olderly health care is above 45%. There are several reports of COVID-19 outbreaks in nursing homes across Europe, e.g. strains on health and social care systems and healthcare workers have been reported with shortages in laboratory and testing capacity, personal protective equipment and healthcare capacity (including ICU ventilator and healthcare workforce capacity and staff being absent due to illness, quarantine or isolation (covid-19-rapid-risk-assessment-coronavirus-disease-2019-eighth-update-8-april-2020.pdf). These highlight vulnerability of the elderly in long-term care settings and the importance of infection control measures to protect the vulnerable population in nursing homes. However, this is the situation of the reality as we know it today and more unknown data and facts will be unfolded gradually as the COVID-19 pandemic will still remain with us for some time. There is no definite answer how long it will keep circulating and how the future will be. Let us hope that we will not have the same fate as the dinosaurs, it was probably a virus that caused them to disappear. When science and technology has no solution it is only the natural laws of the survival of the fittest as described by Darwin.

Indeed, the pandemic is far from bring over and several counties, e.g. in Europe are hesitating in opening their economies or rather have considerable difficulties and uncertainties to do so. At the same time the rates of infections and death are still rapidly growing in many countries around the world, e.g. Russia, Brazil, India, Mexico,
Pakistan, Saudi Arabia, Chile, Bangladesh, Colombia, South Africa, Egypt, Kuwait, Algeria, Nigeria, Iraq and Bolivia (https://www.worldometers.info/coronavirus/).

We are back to Darwins time of the 19th century which strongly motivated him to do research on biological evolution rather than studying medicine. Ironically, he didn’t realize the strong links between medicine and biological evolution which we are facing today because of our tight interaction with ecosphere to secure our food. In his research he answered many questions as how species of organisms arise and develop through the natural selection of small, inherited variations that increase the individual’s ability to compete, survive, and reproduce (https://en.m.wikipedia.org/wiki/Darwinism).

New Warnings – The Second Corona Wave, How would it Look Like?

In the shadow of the first COVID-19 pandemic and as we are slowly seeing some glims of recovery we started to get new warnings of feared threats of a second corona wave. It is difficult to forecast how such a wave would like as there are so many unknowns and variables in terms of how, when and where we will be reopening our economy, also where, when and how the second wave will take place? Here we see complex scenarios involving multi-layered ‘physical-chemical-biological’ dynamic interactions involving a wide-range of parameters and factors that we rarely experienced on the global scale in our modern urbanized lifestyle. The geological era of the anthropocene that is forming our todays reality has never been as complex and dynamic as we have it today. It is even an impossible wicked problem for our supercomputers to solve and it is only a matter of a vanishing amount luck that can save us. Yes it is a true, harsh and certain inconvenient reality. The COVID-19 will not go away by itself, why should it, and what we currently know about COVID-19 is not enough to save us as we are still blind, locked-down all together in a dark quarantine and searching about a dark object called COVID-19.

As far as we know from previous historical evolutions epidemics of infectious diseases behave in different ways. With this in mind loosen restrictions in many countries is raising concerns in the UK and Germany about the potential for a second wave and how Europe should respond. The 1918 influenza pandemic for example killed more than 50 million people in multiple waves, with the latter more severe than the first (https://www.google.se/amp/s/amp.theguardian.com/world/2020/apr/20/will-there-be-second-wave-of-coronavirus-).

It does not come with a surprise that we are getting many new alarming warns from leading expertise about a possible second wave of COVID-19 (https://www.livescience.com/covid-19-second-wave-flu-season.html; https://www.thecut.com/2020/05/second-wave-coronavirus.html). Reopening our economy without having various precautions and enough preparedness about how to deal with a possible new outbreak of a second wave is just a blind gambling. It is, therefore, legitimate and understandable that our public-health officials and private citizens alike are beginning to worry about an unknown, unsafe and insecure future. A failure this time would mean a bad fall and a bad winter with disastrous global impacts. The resurgence of COVID-19 next winter could hit many countries’ health care systems even harder than the original outbreak and this is according to the warns from Disease Control and Prevention (CDC). A second wave that may very well coincide with the start of the usual flu season in many places, i.e. a more difficult one than we just went through of a flu epidemic and a coronavirus epidemic at the same time. So there are fears in the US that the second wave could be much more severe (https://www.google.se/amp/s/www.washingtonpost.com/health/2020/04/21/coronavirus-secondwave-cdcdirector/%3foutputType=amp). In this context there are much concern and discussions what regards reopening the economy in the US (https://www.google.se/amp/s/amp.cnn.com/cnn/2020/04/29/health/us-coronavirus-wednesday/index.html). Also, if this takes place in the spring we will also have double threat from a coincidence of regional spring allergies in different parts of the world from e.g. pollen, dust/sand or other fine M2.5 particles and aerosols with coronavirus epidemic. Imagine now these can even take place in heavily polluted areas with toxic chemical and physical particulate aerosols or gases. In our globalized, over-populated and urbanized world that we live in today we need to build public health infrastructure that ensure that we have the capacity to stay in the containment mode on all levels and scales. It goes without saying that the fast wave of worldwide urbanization after the second world war and the tight interactions between humans, animal and food production systems, also the global trade and business infrastructures have definitely brought much more health risks for increasing pandemics. Much more need to be done regarding the combined effects and integrated impacts of physical-chemical-biological pollution. It is unfortunate that we examine these impacts separately as our respiratory system is without hesitation dependent on air-quality and the collective/integrated doses from these pollution sources ’physical-chemical-biological’.

Another interesting issue that strongly influencing the rate of infections and death is the age structure (https://en.m.wikipedia.org/wiki/Demographics_of_the_world) in different countries. Though the size of population in Europe and the US is 26.5% of the world population, the highest infection and death rates do exist in these parts of the world though they enjoy high living standards. One of the reasons for such high rates is that a relatively more proportion of the population in these countries is over 65 years as compared to Africa and Asia. While Africa and Asia has more younger population, e.g. under 15 years. According to 2018 world statistics (https://en.wikipedia.org/wiki/Demographics_of_the_world; https://en.wikipedia.org/wiki/List_of_countries_by_life_expectancy; https://worldpopulationreview.com/countries/median-age/) Europe has 16% under 15 years and 18% over 65 years; North America (mainly the USA) has 19% under 15 years and 15% over 65 years. The corresponding figures for Africa and Asia are as follows 41% younger than 15 years and only 3% older than 65 years for Africa; and 24% younger than 15 years and 8% older than 65 years for Asia. Africa enjoys the youngest population in the world and to a lesser extent the same for West Asia, South Asia, Southeast Asia and parts of the Americas. Part of the explanation is also related to the culture and management of health care of the elderly which is very clear by comparing e.g. Sweden by New Zealand. It is now suggested that e.g. Sweden will be re-examining its elderly health care system as the COVID-19 pandemic (https://www.worldometers.info/coronavirus/) has shown that the health care of the elderly in Sweden need to be revisited. Though there are much worse infection and death rates in Europe and the USA, Sweden usually leads the world in innovation and improvements once that realize what goes wrong. The issue in Sweden is about that Sweden took a different path of tackling the COVID-19 as Sweden has generous space and landscape as the rest of the Nordic countries, so the citizens can whenever they want enjoy natural social distancing by escaping the tight urbanized centers of cities. It is rather that very high percentage of infections and deaths are taking place in the health care institutions of the elderly people. Hopefully, the rest of Europe and the USA need to revisit their living style and their elderly health care systems as well.

Winning Against COVID-19 – Is a Scaling-up of Collective Policies with Stakeholder and Citizens Engagement

Different strategies and approaches have been implemented in various spatio-temporal scenarios by different countries to cope with breakdown of COVID-19, its local, regional and global evolution in terms of spreading and containment. Never in the history of humanity there have been such involvement of politicians, policy-makers, stakeholders and citizens as we are experiencing in the COVID-19 pandemics. Thanks to the wide-scale of engagement worldwide and the open access to everyone to the World Wide Web ‘WWW’ (https://sv.m.wikipedia.org/wiki/World_Wide_Web) that made information, data and statistics as well as the critical analyses of news on COVID-19 openly accessible and affordable worldwide. With some exception in the variations of the quality of information and data, it has been possible to follow with reasonable convenience the COVID-19 pandemics also with possibilities for live-updates (https://www.worldometers.info/coronavirus/?utm_campaign=homeAdUOA?Si). So far great achievements with various degrees of success were obtained, yet much need to be done to declare being winners against COVID-19. Currently, it is not certain if we can securely and safely reopen our economies at least globally on local and regional levels. It is too early to say when and how we can do so. We are in a transition state requiring new measures and actions to get the situation under total control and not to be confronted continuously with a pressing state of “lifting or not lifting” the restrictions of the total lockdown of socio-economic activities and businesses around the globe. In this context, so many countries are confronted with yet complex challenges and difficult decisions. The way to go back to normal life is not simple, easy or straightforward or even clear as it would involve several careful and well-balanced decisions on multi-layered spatio-temporal scales involving how COVID-19 would look like after recovering from the first round of the pandemic in the northern hemi-sphere. Currently, we started to see signes of partial spatio-temporal recovery in many, but still limited, places around the world as we see, also, signes of partial spatio-temporal spreading in other regions far from the original epi-centers in China, Europe, Asia and the USA. So, there would be unknown delayed-effects here and there with further negative feedbacks. There are mainstream theories or hypotheses and even evident-based facts on why we have achieved various successes or failures in coping with COVID-19. Among high-lights is the secret behind New Zealand’s (https://youtu.be/mKorML1GPVY), Vietnam’s (https://en.wikipedia.org/wiki/2020_coronavirus_pandemic_in_Vietnam), Germany’s (https://www.google.se/amp/s/amp.theatlantic.com/amp/article/610225/) COVID-19 success, also to some extent UAE (https://www.khaleejtimes.com/Dubai-lifts-24-hr-movement-restrictions-in-Naif-Al-Ras–), just to mention some. Is it the wise management of New Zealand’s, Vietnam’s, Germany’s and UAE’s or are there other yet unknown circumstances? Is it because of policy-makers and their leadership as based on scientific background and how science-based approaches are coordinated with effective engagement of public/private institutions, stakeholders and citizens? Or is it the strong appeal to the notion of social togetherness and the believe that we will pass this test if all citizens genuinely see this as their task? Is it also, about the very rational assurances and emotional appeal to the citizens, institutions and stakeholders at a time of rising panic? In any case, it is thanks to a variety of factors, e.g. Vietnam, New Zealand, Germany and UAE that appear that these countries have dealt with the outbreak better than many other countries. Germans for example largely continue to heed the chancellor’s detailed directives. Unlike in the US, Italy, Spain, France, the UK and others with high rates of cases and deaths, total deaths in Germany, Vietnam, New Zealand and UAE have been relatively low or even very low. However, any resulting successes are at least in some degree attributable to the leadership, a way of bringing “divergent interests together in compromise,” as explained by some. Their abilities to admit what they don’t know, and delegate decisions, have been particularly important for healthy political structures. In the case of Germany, it is about putting together experts from well-funded scientific-research organizations, including public-health agencies and the country’s network of public universities. The Berlin Institute of Health, a biomedical-research institution, has, like other organizations, recently pivoted its efforts in order to study the coronavirus, e.g, working closely together to “establish nationwide systems” of research. The federal government, with Merkel at the helm, plays a convening role, recently gathering all of the country’s university medical departments into a single coronavirus task force. The virus is still far from defeated but judging by Merkel’s approach in collating information, her honesty in stating what is not yet known, and her composure she may someday be remembered not as Germany’s greatest scientist, but as its scientist in chief: the political leader who executed, celebrated, and personified evidence-based thinking when it mattered most. This is an unfailing demonstration on how the “Scientific Approach” even in wicked socio-economic crises can lead us to successful outcomes. On the other-side of the mainstream celebrities and politicians with large social media followings are proving to be key distributors of disinformation, random thinking and irrational speculations relating to coronavirus. According to a study that suggests the factcheckers and mainstream news outlets are struggling to compete with the reach of influencers. The actor Woody Harrelson and the singer MIA, for example, have faced criticism after sharing baseless claims about the supposed connection of 5G to the pandemic, while comments by the likes of the Brazilian president, Jair Bolsonaro, playing down the scale of the crisis in the face of scientific evidence have attracted criticism in recent days (https://www.theguardian.com/media/2020/apr/08/influencers-being-key-distributors-of-coronavirus-fake-news). This also the case of president Trump that considerably played down the risks of COVID-19 and delayed putting in place mitigation actions, also as unlike other global leaders who pledged to accelerate cooperation on a coronavirus vaccine and to share research, treatment and medicines across the globe did not take part in the WHO initiative with a sign of Trump’s increasing isolation on the global stage. Both China and the US have accused each other of bullying and disinformation over the COVID-19 outbreak thus damaging efforts to secure cooperation at the G20, the natural international institution to handle global health outside the UN (https://www.google.se/amp/s/amp.theguardian.com/world/2020/apr/24/us-stays-away-as-world-leaders-agree-action-on-covid-19-vaccine). Yet, as countries from Italy to New Zealand have announced the easing of coronavirus lockdowns, Britain’s Prime Minister Boris Johnson, back at work on Monday after being hospitalised with the disease, announced that it was too early to relax restrictions there (https://cyprus-mail.com/2020/04/27/some-countries-prise-open-covid-19-lockdowns-but-uk-says-not-yet/). For Europe as a whole it remains to see how the economy will be reopened (https://shmfakhruddin-net.cdn.ampproject.org/c/s/shmfakhruddin.net/2020/04/20/europes-plan-to-ease-restrictions-for-covid19/amp/). This reflects how sound policies play an important role not only in saving lives but also in how fast economies can be reopened and recovered.

EU, Sweden and the UK- The COVID-19 Policies

The coronavirus is taking strong grip in the member states of the EU and the spreading of COVID-19 has achieved different stages in the member states with variable geographic rates, extent and hot zones distribution. The top of the spreading-peak is far from being achieved in all of the member states as is the case in China where the recovery seems to be taking place. The situation in Europe is worse than the corresponding one in China at its early stages of COVID-19 spreading (https://www.svd.se/who-kraver-mer-provtagning-och-isolering; https://timesofindia.indiatimes.com/blogs/toi-edit-page/save-lives-with-social-distancing-how-to-protect-your-family-from-coronavirus-primed-to-hit-india-like-a-bomb/). The EU is now facing tectonic threats on several scales as coronavirus is new, aggressive and fatal on all levels and has complex, dynamic and fast interactions and impacts on all sectors. Though there has been division between the EU member states regarding how they can deal with COVID-19, the policies have shifted and converged very rapid into general strategies to limit spreading of the COVID-19 by restricting mobility and gathering of the citizens in public and working places. However, such restrictions don’t apply to strategic and critical service in key sectors such as health care. In higher education and upper school system there is major turn from campus teaching to distant and IT online teaching to limit gathering and travel and transport (mobility). It is a total turn away from previous theories and actions to use, apply and implement the so-called ‘herd immunity’ (https://en.m.wikipedia.org/wiki/Herd_immunity; https://www.google.se/amp/s/www.independent.co.uk/life-style/health-and-families/coronavirus-herd-immunity-meaning-definition-what-vaccine-immune-covid-19-a9397871.html%3famp) as it was suggested, e.g. in the UK (https://www.theguardian.com/world/2020/mar/16/pm-tells-britons-to-avoid-non-essential-contact-with-others). Sweden has (https://youtu.be/Snnflr_8HKM) in particular taken many solid decisions in this respects to protect and support its citizens on several levels. The UK (not member state) shifted away from considering potential advantage of the population to acquire some element of herd immunity as this scenario, according to new data from Italy would require the loss of very high number of people from the coronavirus. The herd immunity model fierced backlash on social media in the UK with people claiming it amounted to evidence that their government was happy for large numbers of people to get coronavirus (https://www.google.se/amp/s/amp.theguardian.com/politics/2020/mar/15/boris-johnson-to-hold-daily-coronavirus-press-briefings). All of the member states in Europe however aren’t in favor of such strategy and follow more or less the recommendations of the WHO to break the chain of the COVID-19 transmission, i.e. to limit the expansion of the disease. Early actions (https://timesofindia.indiatimes.com/blogs/toi-edit-page/save-lives-with-social-distancing-how-to-protect-your-family-from-coronavirus-primed-to-hit-india-like-a-bomb/) can save lives and the WHO has previously slammed the UK and Sweden for scaling back coronavirus testing and warned ‘don’t just let this fire burn’. However, though “Wait and See” strategies exhausted the early possibilities of coronavirus testing, the new policies now are going in the right track to save more lives and empower the citizens by correct public awareness tools as well as to give the private and public sectors the necessary economic support. In Sweden for example, the government has launched strong economic support packages (300 billion ‘swedish crowns (https://www.google.se/amp/s/www.thelocal.se/20200316/sweden-launches-300-billion-kronor-coronavirus-crisis-package/amp) to protect businesses and jobs from the fallout of the new coronavirus. Among other measures in Sweden for example, narrowing the possibilities of gathering and mobility, strengthening distant and online teaching, intensifying health care efforts, public awareness on protective health issues and providing economic support to compensate impacts from shutting down work-places and effects from health injuries.

“Wait and See” – The Coronavirus COVID-19 and National Responsibilities

Since the breakdown of a new Coronavirus in China and an early alarm by a Chinese physician (https://www.google.se/amp/s/www.nytimes.com/2020/02/06/world/asia/chinese-doctor-Li-Wenliang-coronavirus.amp.html) who tried to sound a warning that a troubling cluster of viral infections in a Chinese province could grow out of control with serious consequences, the rest of the world responded with a naive and irrational thinking “wait and see”. This is though it is a novel and rather unknown virus (https://www.cdc.gov/coronavirus/2019-ncov/summary.html) and the very first alarm by doctor, Li Wenliang, was an outcry to the world, and not only to China, to be prepared about what could happen in the future. The logic and rational thinking tells us another reality, as experienced everyday since the outbreak at Wuhan and after very long “wait and see”. The reality that a virus is a virus and can hit any person anywhere once is exposed to it directly or indirectly. It is a blind gambling to think something else as we live in very tight and densely urbanized communities, and not seldom overpopulated cities, on a very globalized planet with very fast, ultra active and even super crowded transport systems 60/24/7. How can we continue to sleep with a virus that doesn’t sleep, has constant and enormous possibilities for spreading globally and not only locally or regionally as previously thought. We thought that what happened in Wuhan wouldn’t happen somewhere else and people around the world continued watching what is going in China and how the virus is spreading with no idea that we belong to the same planet. The virus has no boundaries to stop it as there are no effective medicine to halt its spreading, no well-defined information on the dynamics of its transmission and how containment can be done on national and global scales. Though these known facts the world was left with only one irrational option “Wait and see” until it is right among us, in our working places and allover the globe in almost every country. The WHO was criticized by being slow to act on this epidemic as in previous health crisis (https://youtu.be/Fha0m7Wo3F0). Statements from WHO are based on the global statistical spread “wait and see” of the virus and not on the nature of the virus itself and careful forecasting and predictions of what could happen as based on spatio-temporal consequence analyses of the transmission and spreading dynamics. With an early (at a later stage) but yet fast global spreading of the coronavirus the WHO did warn the global community about quick actions and economic solidarity. Consequently, many countries around the world were still slow to act as they followed the early statements of WHO rather than taking own initiatives to protect their national population. New viruses such as COVID-19, by being novel is not among the priority list of WHO (https://www.who.int/activities/prioritizing-diseases-for-research-and-development-in-emergency-contexts) so it came as a surprise with insufficient strategies how to handle it more than “wait and see”, as a first reaction, and this in itself caused huge “wait and see” uncertainties among politicians, as economic issues based on growth economy have also to be taken in consideration. Though the science is crystal clear, it is new novel virus (https://www.cdc.gov/coronavirus/2019-ncov/about/transmission.html?CDC_AA_refVal=https%3A%2F%2Fwww.cdc.gov%2Fcoronavirus%2Fabout%2Ftransmission.html; https://www.health.harvard.edu/blog/as-coronavirus-spreads-many-questions-and-some-answers-2020022719004) with far unknown impacts and serious precautions have to be in place as being experienced and guided from reality (https://youtu.be/A1yXTlvTB08). Many information was given to individuals (e.g. https://www.cdc.gov/coronavirus/2019-ncov/community/home/cleaning-disinfection.html; https://www.dailymail.co.uk/health/article-7927017/How-travel-safe-coronavirus-outbreak-according-expert.html). How to deal with it on the personal level is of course very important but being an issue of Public health the main responsibility is still, and should be on the first place, on the national level as effective national and timely strategies supported by coordinated infra-structures are imperative in such situations. By intuition everyone of us felt it will come sooner or later to our homes but we reacted irrationally hoping that what happened in China will not happen to us though human beings, in spite of where on planet earth, are biologically the same organism (http://www.project2061.org/publications/sfaa/online/chap6.htm) driven by basic human biology principles (https://www.edx.org/course/essential-human-biology-cells-and-tissues). It is time now to rethink about more sustainable socio-economic system where health and economic issues are treated on equal footing (https://markets.businessinsider.com/news/stocks/coronavirus-recession-economy-would-pose-unique-threats-federal-reserve-response-2020-3-1028956481). Better late than never, the OECD declared a sharp recommendation that “Governments need to act immediately to contain the epidemic, support the health care system, protect people, shore up demand and provide a financial lifeline to households and businesses that are most affected (https://www.google.se/amp/s/abcnews.go.com/amp/Business/coronavirus-cut-global-economic-growth-outlook-half-oecd/story%3fid=69334244). There are no other means to face a new emerging reality that requires sustainable policies as formulated by the UN-SDGs. For Coronavirus live updates: Bookmark this map to track global cases in real-time (https://gisanddata.maps.arcgis.com/apps/opsdashboard/index.html#/bda7594740fd40299423467b48e9ecf6). The global map of coronavirus as by 10/3-2020

Announcement – New Ph.D. Course “Sustainability in Science and Technology”.

REGISTRATION is opened for participation in a new Ph.D. faculty (Science and Technology) COURSE at Uppsala University “Sustainability in Science & Technology”. As far as possible and if places are available Ph.D. researchers from the Swedish University of Agricultural Sciences are also welcome to register.

Deadline of registration is the 10 of October 2019. Please register as early as possible. 
“Sustainability in Science and Technology” treats strategic worldwide questions for scaling up science and technology to achieve sustainable  societies. WHAT is sustainability? WHY it is needed? and HOW to achieve sustainability.
Water, energy and natural resources are imperative for our living on planet earth, yet they are not INFINITE. The ongoing transformation to sustainable societies is both urgent and necessary. Water and energy systems require natural resources in their lifecycles.
Increasing global pressures on yet declining water, energy and natural resources come with a heavy price of severe impacts on environment, biodiversity and life quality. Sustainability in science and technology is the only means to cure and heal this paradox, however this can not be achieved overnight. 
“Sustainability in Science and Technology” is planned in lectures, study-visits and group discussions with “lecture-based” assignments. Group discussion are designed to benefit from the IT-based “Laborative Lärosalen” of UU. Target groups are PhD students in all domains of Science and Technology. Participant will not only gain knowledge on how to structure their own future “Career Development Plans” but also to shape and reshape ongoing global transformation to sustainable societies. Also,  in shaping what is meant by Sustainability.
The Course will be given during November and is schedules in two parts: the first two weeks (4/11 – 15/11) we will have 12 Invited Talks of 24 hours followed by two weeks (21/11 – 3/12) of Seminar and Assignments of 27 hours. 
The Ph.D. researchers at Uppsala University who completed the course in 2018 have very positive, yet critical, feedbacks with an overall rating of 4.4 out of 5. Following their evaluation and recommendations, it gives us much pleasure to invite you to sign up, join and follow this interesting and innovative journey of sustainability. I am convinced that your contributions will allow us to penetrate deep in real life questions/issues for generations to come.
Scaling up science and technology to meet the UN-SDGs is not only a major challenge for politicians and professionals but more importantly for universities around the world. For young academics the question is how to create career-development-plans to cope with uncertain market and future? Would the Paris agreement achieve its goal? If not why? and if yes what are the supporting measures needed so as the Paris agreement can fulfill its mission? 

The European Paradox of Climate Change – Life Standard? or Life Quality?

The conflicting uncertainties regarding global warming and climate change is getting more and more real. It is not only a Chinese Hoax as described by the President of the United States (https://www.google.se/amp/s/time.com/5622374/donald-trump-climate-change-hoax-event/%3famp=true), it is also an European paradox causing social trauma (https://youtu.be/vGPU5SWV1DE) of two contrasting realities. A growing conflict and fear fueling collective social frustration about what we want in our life – Life Quality? or Life Standard? The Paris Agreement is now suffering from a new Hoax, a competition between two contrasting European (also global) interests, a comedian theatre 🎭 by the European Commission and the European Citizens. A blaming and shaming that is dividing Europe into two blocks. Whether you believe or not in global warming and climate change it is shame on you. Shame on you if you believe, though you want to protect and preserve the natural resources, as you are participating in the degradation of European standard of living. Shame on you if you do not, though you are concerned about promoting high economic living standard, you are not caring about the European life quality (also quality of life on planet Earth) by protecting and preserving our common natural resources and capital.

One example illustrating the European paradox and trauma what regards the Paris Agreement is the transport and air aviation sector. This also, applies globally. The transport and air aviation has huge emissions of greenhouse gases and contribute intensively in global warming and climate change. Still there are many other sectors that have more severe contributions (https://www.epa.gov/ghgemissions/global-greenhouse-gas-emissions-data). The standpoint of the European Commission what regards transport and air aviation is a comedian theatre 🎭 over global warming. On the one hand it supports the business-as-usual in transport and air aviation sectors (http://sorenandersson.com/aviation-a-climate-change-villain/; https://ec.europa.eu/clima/policies/transport_en; https://ec.europa.eu/transport/modes/air_en; https://ec.europa.eu/growth/sectors/aeronautics_en). The European Commission says “The Aviation Strategy is a milestone initiative to generate growth for European business, foster innovation and let passengers profit from safe, cleaner and cheaper flights, while offering more connections. This Strategy contributes directly to the Commission priorities of jobs and growth, digital single market, energy union and EU as a global actor. The Aviation Strategy of the Commisson will enable European aviation to flourish globally. So, despite the current economic crisis, global air transport over the long term is expected to grow by around 5% annually until 2030. While on the other hand the European Commisson supports the ongoing protests against business-as-usual in transport and air aviation (https://youtu.be/szdgJi2VKW8). The European Commission says, an air-flight from London to New York and back is producing carbon dioxide emission equivalent to the same emission that an average European citizen does by heating a home for an entire year.

Another important issue what regards carbon dioxide emission, is virtual emission. According to reports published by Our World Data Organization (https://ourworlddata.org) trusted by most reputed international Research and Media sources and institutions on “Carbon Dioxide and Greenhouse Gas Emissions” by Emissions” by Hannah Ritchie and Max Rose (https://ourworldindata.org/co2-and-other-greenhouse-gas-emissions). The report clearly indicate that the global emissions in greenhouse gases are still increasing and “if we switched to a consumption-based reporting system (which corrects for this trade), in 2014 the annual CO emissions of many European economies would increase by more than 30% (the UK by 38%; Sweden by 66%; and Belgium’s emissions would nearly double); and the USA’s emissions would increase by 7%. On the other hand, China’s emissions would decrease by 13%; India’s by 9%; Russia’s by 14% and South Africa by 29%”. This indicates Europe, and in particular Sweden, are doing very little for the rest of the world to decrease the global carbon dioxide emissions and to actively participate in the global mitigation of the impacts of climate change. It is indeed an inconvenient truth about the European paradox and trauma what regards following the Paris Agreement and taking international agreements seriously instead of blaming and shaming their citizens and the rest of the world.

We are just listening to ourselves debating what are the reasons? Is it the older generation that destroyed the planet? Is it the fossil fuel that polluted the air and caused climate change? Is it the piling-up of waste, where plastics became daily food for other species on planet earth? Is is the irresponsible production of industry and agriculture that degraded the land-water systems? Is it the accelerating population growth that is causing pressure on water, energy and natural resources? Is the younger generation that is protesting against a world that they are still trying to understand? Is it about managing science and technology developed by the older generation to bring about sustainable societies for future generations? Is it the growing gaps of inequalities between the rich and the poor? or the disparities between the developed and developing countries? The debate is about whether to kill ourselves or not and why by the end decide not to (https://youtu.be/fnyljp3X4jU). A modern Hamlet ‘to be or not to be’ in real time, a comparison between the pain of life and the fear of the uncertainty of death. As for the Hamlet’s dilemma, although dissatisfied with life, was unsure what death may bring. Climate change is an undiscover’d landscape from which what is gone doesn’t return (https://www.weforum.org/agenda/2019/06/david-attenborough-s-worried-about-this-ocean-threat-and-it-s-not-plastic). Only living species discover death for themselves but don’t return from it to describe it, it is a one-way ticket. So, if life with global warming is bad, the death from it might be worse.

Sailing on a luxurious boat as means of traveling is absolutely not a sustainable solution with astronomic costs and it is extremely unlikely to be a practical solution for public transport (https://www.google.se/amp/s/beta.washingtonpost.com/world/2019/08/15/swedish-climate-activist-greta-thunberg-is-sailing-america-amid-storm-criticism/%3foutputType=amp). However, it is an illustration of a disparate and a long-time human challenge to solve the complex issues of achieving sustainable living on planet Earth. To be united behind the science, as is given on Malizia, is to find affordable and sustainable solutions for the world population. If science is allowed to be defined by irresponsible consumption, the earth will be irreversibly and completely drained from its natural resources. We will gradually and definitely end up with an unhealthy planet over-populated and managed by an illiterate and poor majority. The history is repeating itself, challenges and adventures motivated to find better life on planet Earth, took place before, as in the time of Christopher Columbus during 1492-1504 (https://youtu.be/3fvXZzcrEcc). It has been always about finding better and prosperous alternatives of life. However, though the science and technology that we have today is far much advanced than at Columbus time the challenges facing humanity are much more severe for the majority of the world population.

Me and My Planet Earth – Every Year A New Birth Day Down Hill to Hell

In my lifetime, the life on planet Earth went through considerable degradation. Me and my fellow inhabitants had good times but bad times too. I chose education and science as my career. I will unfold how I experienced the evolution around me that brought us in this mess and the considerable fear that many young people are experiencing today. In some cases, it is a constant nightmare but certainly not for all.

As far as I remember and since I started to be aware of the world around me, and the growing inconvenient reality of the majority of people around me, I sank in an internal black-hole inside myself. This is although me, my family and the nearest friends around me were relatively in good shape and economically much better off than many others around us. We had many dreams and imagination for better future because of our own favorable conditions and the “State” still had enough resources to offer free and good education standards for the citizens. But only for those that were aware of the needs for education, had the motivation and could afford to go to school.

A black-hole that held me tight inside myself as an eternal prisoner with an intensive internal and never ending dialogue with myself. What for good sake was going on around me, how would such masses of people with complex and inherited socio-economic inequalities could manage to change their realities with yet unsolved political instabilities driven by the distant past of regional and global conflicts. Was this the life I am going to have for the rest of my life and for many years ahead? Although one could solve own problems but yet could not escape the environments around. As children at that time, the fifties, we were not allowed to speak out our-minds, even if we did so, the responses were not helpful to understand the complex reality around us. Realizing problems and conflicts without finding ways to solve them, or at least possibilities to change them, was a very source of constant fear. This made me, and the nearest people around me, much more frustrated and scared, also from diverse unknowns of both the near and distant future. For the lucky new generations of the nineties, even if modern life came up with different modern difficulties, they still had the internet to communicate, to debate, discuss and understand the world much better than me and my generation at that time of the fifties and the sixties.

To be born in the middle of wars, conflits, misery, poverty and above all illiteracy, ignorance and conservatism was not fun at all. Though these conditions, the life was still easy and enjoyable as these were not felt as suffering but rather challenges and every small positive outcome brought with it some happiness. I was still lucky to have a better start of life than many other around me, also many millions far from me on the same planet Earth. At the age of eleven is was the time for me to be brought in a big war right in every place in my city and its streets “Port-Said”, the Suez War (https://medium.com/@harrystead17/how-the-suez-crisis-set-the-sun-on-the-british-empire-4b8771807f30). I lived with my family in Port-Said in 1956 and during this war the city became cut off and isolated from the rest of the whole world for more than three month, no food, no water, no electricity, no school, no hospitals, no transportation ……. no civil life at all. It was a huge and enormous battle every day, every hour and every minute inside the city of Port-Said exactly in every street and all corner of the city. Many destructions, fires, shootings, crimes, rapes and killing. This was a daily experience for us and for all who remained living in Port-Said. Naturally, some people left and escaped the hell. The rest of the world was just running as usual with the exception that I, my fellow citizens, had to pay the price for observing how the Sues crisis sat the sun on the British Empire. No one imagined that this would or even could be so “the empire on which the sun never sets“. I did not understand and still I do not find any logic reason why such crisis couldn’t be solved with any other peaceful means. What the aggressive Sues War achieved by the invaders was just nothing other than bringing more damage not only to my world but for many others as well. There were definitely many victims but I was extremely lucky to survive this war. I remember the tragedies of the heavy bombing of the city and some houses around us were totally destroyed. At that time the war also added more conflicts to the rest of the world. An emotional actions of the most powerful countries that have nothing to offer other than destruction and damage. As a child and a global citizen (at that time we did not think as global citizens, it was only global politics) was just to accept wars caused by disintegrating empires that still tried to gain their lost power but ended up in polarizing the world to smaller separate powers. I, as the rest of the world, have just to accept such cruel behavior from the most powerful countries in the world.

I will continue unfolding my story in small parts and how the wars on plants earth made us blind and to forget about our basic needs on planet earth. Probably, the evil in us was much stronger than we could have ever imagined. Time was needed to dismantle such evil with the price of more destructions before we get time to deal with our needs without the constant fear that kept us in the captivity of insecurity.

Is Activism a Democratic Tool to Solve the Existing Enormous Disparities in the World? Or is it a beginning of a Global Civil War?

Is Climate Change issue turning the world into an increasingly organized activism that can trigger global waves of new fanaticism. After the case of the Swedish 16-years climate activist ‘Greta Thunberg’ waves of mass global protests took and are taking place. Yet, new preparation of massive school protests against politics and politicians are on the way and more are likely to take place. In The Guardian we can read the following: What we want is more learning in schools and less activism in schools’, prime minister Scott Morrison yells after being asked a question about school students participating in a climate change strike. Greens MP Adam Bandt asked if the PM would ‘listen to these kids, who are demanding your government to keep coal in the ground?’ Morrison’s response was that they should stay in school and leave politics to those ‘outside of school’ (https://www.theguardian.com/global/video/2018/nov/27/scott-morrison-tells-kids-going-on-climate-strike-to-get-back-to-school-video). Then the question to Morrison is why do you ask the citizens to vote? Would Morrison encourage people in the U.K. to stay at home and not participate in political elections or be engaged in political decisions and policies?

Scientistswarning.org, as is given on their home-page, is a Union of Concerned Citizens with a mission for protection and preservation of life on Earth. This organization is giving their total support for school protests (https://youtu.be/R6s8YgRH5T0). The essence of their mission is a protest against Consumerism, with its cast of advertising executives, bankers and economists, corporate CEOs, politicians, etc. It is all about the evolving of defective ‘operating system’ that insists on infinite, accelerating economic growth despite the ecological costs – namely the destruction of Nature.  Many scientists have signed or endorsed what is displayed on the home-page of Scientistswarning.org to avoid the worst of ecological destabilization that we have inflicted on Mother Earth.  We are all, as is said on their home-page “therefore de facto members of what we are calling the Union of Concerned Citizens of Earth”.

The ongoing school protests triggered by activists supported by international and national organizations are likely to expand to uncontrolled protests on diverse and global wider scales as there are million if not billions of less-privileged-people. Climate Change action is only one goal of the seventeen UN-SDGs. If our focus will continue to be focused on only one goal we are likely to run in huge trouble in the future. We can expect some sort of global civil wars that may include avalanches and waves of brutal activities around the world. That if things grow out of control. The Climate Change issue, though is certainly of global importance, is only a small part of the UN-SDGs (https://www.un.org/sustainabledevelopment/sustainable-development-goals/) with 17 goals and 169 targets that summarize the global defects in the socio-economic-environment systems around the world. The UN-SDGs is global comprehensive agreement that are designed by all world countries, they are shaped to mitigate and solve multi-layered disparities ranging from poverty, hunger, education, clean water and sanitation, affordable and clean energy, decent work and economic growth for all, reduced inequalities, responsible production and consumption, acceptable global quality of life on land and under water, peace/justice/strong institutions and partnership for goals. By being signed by all countries around the world give the global citizens the right to protest and to be activist.

The ongoing school protests in the developed countries are primarily focused on solving the energy issue “the so-called Paris Agreement (https://unfccc.int/process-and-meetings/the-paris-agreement/what-is-the-paris-agreement), i.e. moving away from fossil fuel and turning over to renewables. The withdrawal of USA “Trump Administration” from the Paris agreement (https://en.wikipedia.org/wiki/United_States_withdrawal_from_the_Paris_Agreement) and the silent/passive acceptance of the world community of the USA action has indeed caused massive latent anger of the world citizens. The same scenario that caused enormous tragedies in the MENA region because of the Iraqi war (https://en.wikipedia.org/wiki/Iraq_War).

The school protests initiated by climate activists, initially by Greta Thunberg’s family are not taking in their consideration the whole web of the UN-SDG thus are likely to trigger new series of violent protests around the world such as those took place in the MENA region in 2011, the Arab Spring.

Can UN-GDGs and the Paris Agreement be Achievable with Current Population Growth Projections?

Much of the world attention ⚠️ is currently focused on the reduction of carbon dioxide in atmosphere primarily through replacing fossil fuel by the use of renewables. In theory this seems to be essential for tackling the ongoing global warming and thereby mitigating climate change impacts and the associated threats on all life forms on Earth. However, this alone in not realistic for several reasons and will not result in achieving the goals of the Paris agreement what concerns the Climate action.

Indeed, climate change and the sustainable development goals are inextricably linked. Despite this fact, there is no formal interrelationship between their designated international processes, namely, the United Nations Framework Convention on Climate Change (UNFCCC) and the 2030 Agenda for Sustainable Development. This represents a major obstacle for the successful and inclusive implementation of the UNFCCC (http://17goals.org/paris-agreement-sdgs/).

Both the Paris Agreement and UNSDGs are not likely to be achieved if the growth of world population continue to accelerate as it is by todays rate (https://youtu.be/1sP291B7SCw). We have already serious global failing of housing policies (
https://www.citylab.com/equity/2018/04/the-global-housing-crisis/557639/) which indeed is not related to further expansion of urbanization, more and more buildings but rather increasing economic imparities (https://youtu.be/IRs6B69z8Jk). We have still a global tabu what concerns to discuss the reasons behind the population growth and what policies and actions are needed to regulate the world growth in order to achieve the UNFCCC and the UNSDGs.

Education Versus Politics – Our collective Suicide

There are no questions or doubts that we have serious conflicts and misconceptions around the world between Education and Politics. These conflicts are deeply rooted in the perception of the role of science and technology as essential and imperative drivers for sustainable developments and promotion of sustainable societies.

On the one side, politicians use (misuse) the outcome of science and technology to achieve, in best cases, short-term benefits not in favor of future generations. Also, politics is imposing restrictions on the mission of science and technology for the sake of improving the life quality of the global citizens. This has been the case for generations as it is evident from the great degradation in life quality on Earth in terms of air and water qualities as well as the accelerating abuse and decline of natural resources. These issues have severe impacts on future generations but also on current populations as well. Meanwhile, politics continue to contribute in the growing failure in education systems, in particular the higher education at universities (https://youtu.be/OReAF9qwMkY; www.linkedin.com/feed/update/urn:li:activity:6447626326525513728), including the associated mistrust in education to lead to successful long-term careers and real jobs. On the other side, it is also clear from how the citizens trusted, and still do so, that science and technology can bring better future for them, as they still go to schools and struggle day and night to join higher education. Of course, not all but the wealthy and lucky ones who have inherited advantages to support their education and to scape modern slavery of the imperatives of a failing growth economy. The citizens have also no other choice other than to follow political policies and growth economies that fail to meet their needs in particular to deliver security and safety for the future generations worldwide (https://youtu.be/Xwnqy51BJNM; https://youtu.be/GiD04TRwebQ). The perception of science and technology is dependent on what they bring to humanity and the society in terms of socio-economic opportunities with reference to the boundary conditions of life on planet earth, i.e. the environment and climate conditions on local, regional and global levels.

The political controversy on whether or not we need science and technology to run our societies is taking the same route as the classical conflict between the Church and science in the sixteenth’s century that resulted in a trial against Galileo Galilei and led eventually to his house arrest under the rest of his life. At that time, this was considered a generous punishment for his scientific work by being not along the mainstream catholic belief, i.e. that the earth was the center of the universe. The Church at that time was the political power that controlled the society, directed the track of science and even decided its outcome. The popular narrative would say that the Catholic Church feared Galileo’s truth and silenced him. Though all these restrictions, Galileo Galilei continued his scientific work which laid down the foundation for the successful work of Isaac Newton and his findings of a theoretical force (gravity) and a mathematical system (calculus) that when used together allowed astronomers to accurately predict the movements of our solar system. This all together gave us the hope that all natural occurrences are explainable in mathematics. Both Galileo Galilei and Isaac Newton contributed in diverting the track of science in hybrid direction orchestrated by Albert Einstein.

These summaries illustrate the powerful role of conservative politics that restricts the scientific endeavors by being the collective outcome of the individual scientific works to the search for truth. But science always wins inspite of all political obstacles and restrictions. For the church to admit Galileo was right was to also say every other scholar for the past 1,500 years was wrong. This is the same for our politicians to admit that all life forms on planet earth are under huge threat. It is to also say that the current growth economy and the associated trends forced by business as usual in production and consumption are all wrong. Politicians even do more serious attacks on science as an excuse to go on with the same failing economic policies. If politicians continue to ignore science, as is currently the case, the mistrust in global education systems will face an increasing spiral of degradation. Also, politicians will force science and technology to proceed in supporting growth economies and halt many efforts to promote and implement circular economies as a consequence of an increasing mistrust in the role of higher education to support rapid transformation to a circular economy based societies.

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Politics and Management of Planet Earth – Enslaving OR Empowering the Planet

A very basic phenomena in many elections around the world 🌍 is the struggle between the left, the right politics and anything in between, on political power and the associated manipulations with arguments to get the votes 🗳. The economic issues are always of central importance in all global elections. On the other-side it is interesting to know how the political, and thereby socio-economic-environment, ideologies of different parties are being perceived by “WE THE PEOPLE”, especially in the short time window where all the competing parties are actively engaged in a common public debate, i.e. just before the end of the voting period. Another very strategic question, not yet central in many elections or even absent, is the impacts of political systems and debates therein on the public what regards Planet Earth itself. Indeed, Planet Earth 🌏 and its subunits have no possibilities (tools or means to empower it legal rights) to vote and the only means is to actively illuminate all the critical and central issues, about the natural functioning and metabolism on Planet Earth, to the citizens. In principle, such possibilities/rights are delegated to someone else, but is it delegated to the politicians? or to “WE THE PEOPLE”?, this is not clear or even unknown. Another issue is the quality, transparency, the will and knowledge of the politicians on the one hand and the political maturity and the socio-economic-environment awareness of “WE THE PEOPLE” on the other.

In any case, in political elections someone else is taking decision or has the VETO, on behalf of the Earth. As we are in the geological era of the Anthropocene we have to re-consider the role of politics on Planet Earth and its performance in this regard as this on the long-run will have serious impact on all future generations. This is logic as we are getting more and more dependent on a Planet Earth and not the reverse. A degenerating Planet with declining resources in terms of quantity and quality. Let us analyse these issues.

The functioning and metabolism of Planet Earth, or the Earth’s system, as a unique organism in the solar system, can be understood (on its own merits or alternatively with consideration of the interference of humans) in several ways depending on how it is divided into subunits, subsystems or sub-spheres (all of these involve climatic zones with geographical boundaries and thereby counties). Before doing this, we must appreciate the imperative importance of the solar radiation 🌞, in particular the “sunshine”, i.e. the light 🌈 and the heat 🔥from the sun, for planet Earth.

From the biodiversity point of view, The Earth, as it is, is mainly composed of living things with essential biological processes. Without living things our planet could be anything else, of an empty physical space (as other planets), other than a home 🏡 for living things. We would even not have realized its and our existence, as we wouldn’t be here in the first place. Yet, we wouldn’t exist if there were no living things other than us. So, the diversity of living things is a pre-request for our survival. As our survival is dependent on other living things then we can at least appreciate that other living things need each other for their survival as well. Now let us examine the other needs of living things, i.e. the biosphere. First of all our biosphere is ruled by several boundary conditions that are primarily driven by what we have around us in terms of quantity and quality as well as the processes regulating, or being involved, in their functioning, metabolism and ecology. The living things, as they breath, need air but not any air, it must be of the certain suitable composition and quality that can support the life of the living things on planet Earth. That is what we know as the atmosphere and it has really what is needed for all living things (in particular oxygen, nitrogen and carbon dioxide) providing that its composition and quality are kept within the requirements to support and sustain the life of the living things. As the atmosphere has active interactions with other sub-spheres, subunits or subsystems of the Earth, therefore, there are no guarantees that its composition will remain optimal for living things in particular with consideration to the enormous interference of humans through manipulating all the existing natural resources on planet Earth and beyond (think about colonisation of space and intensive use of airplanes). This however, has contributed in changing the atmospheric composition is such away that the temperature of the Earth is increasing and started to surpass what can be considered for safe living on the planet. Also, the air quality available for world population is not any longer as good as before and for some parts of the world, in particular cities, it is getting worse and unacceptable.

The living things on Earth need water 💦(hydrosphere) as it is the essence of the generation, regeneration and the diversity of living things. The underlying process for life on planet Earth is photosynthesis (whether on land or in the aquatic systems of surface and marine waters). Water and carbon dioxide are the basic components for the generation and regeneration of living things on planet Earth through photosynthesis and by being fueled by the sun ☀️ . Yet, other elements/compounds must be available in water in particular nutrients but with appropriate amounts, not too little and not too much. Fortunately, water is a perfect carrier for such elements “trace elements” and the balance between the atmosphere and the hydrosphere (including global exchange processes of carbon dioxide) was so far appropriate for healthy photosynthesis on land and in aquatic systems. However, water is also a solvent for other harmful elements/compounds, so water through its journey in global environmental systems can be also a source of threat as well. Water like air, in this sense, needs to have certain content of life promoters, i.e. nutrients, to support and sustain life. The hydrosphere (including surface water, groundwater and the ocean 🌊) as the atmosphere has been exposed to serious degradation in quality because of the severe interference of humans with both the atmosphere and the hydrosphere through the three main revolutions, i.e. agricultural, industrial and rechnological. This has loaded, and for some regions overloaded, both the atmosphere and the hydrosphere with several pollutants and waste remains. The water cycle, in variable degrees and scales, has also started to deviate from what can be considered safe for our living.

For several reasons we need land (lithosphere) for our living, where else can we live? The survival of living things, in particular humans, need healthy ecosystems with suitable and appropriate living environments on the first hand. Modern urbanization including the vast expansion of cities that have developed very rapid on the expense of natural ecosystems such as forests, river and lake catchments, islands, oceans and marine coasts. Though cities are important form of living yet they generally need to be up-graded to fulfill modern sustainability requirements in terms of supporting the economic, environment and social needs of the citizens. In many parts of the world cities are either over-aged or mainly built (modern cities) to serve mostly (and in best cases) working and economic needs of the citizens with little consideration to the environmental and social needs of well-balanced mix of people of different ages, interests, origin and requirements, and in particular to support the diverse needs of families. This however, evolved with heavy price of mental instabilities, stress, segregation, social isolation, limited mobility, insecurity, loneliness, lack of transparency, ……….. etc. Most seriously is the growing lack of multi-layered integration of rural (villages, desert 🐫 and agricultural communities) and urbanized areas (cities and industrial centres) though the considerable advance of technology in particular transportation and ICT. The land, also, provide several other basic services, i.e. the same way ecosystems provide services, for humans. Mining, for example, of natural resources is among these services which also developed in such a way that it can produce enormous amounts of diverse waste and pollution. This is of course, in addition to draining the Earth in unsustainable manner, from its natural resources. In several parts of the world, the living conditions of the communities that are dependent on mining for their living are indeed not acceptable. Agriculture and land-use consume over 70% of our freshwater resources, yet food is becoming insufficient for the growing world population, also climate change and global warming can hit hard and further worsen the situation.

With this said, the political debates around the world are very much similar in one sense. In terms of sustainability they show how politics failed to manage Planet Earth and the needs of its future inhabitants. The situation as we have it today on Planet Earth, on any level from individuals to countries is to forget about the future generations, live now and take a “selfie”. To avoid to take responsibility for what went wrong or can be a threat for future generations and just blame it on others: it is simply not our failure; it is someone’s else. The same story we hear everywhere and at anytime. The politics now is about putting our world, including the global population, in competition (for more consumption) to see who is the best to make himself, a group of people, a piece of land, a culture, an ideology or ……. or …….. Great Again and for some populations it is to re-invent a future that brings back the Great distant past Again. This is done, unfortunately, with little consideration to the consequences to the rest of the world. “FIFA” did it good, again and again, and made our world happy, let us have politics a la FIFA’s model. Nature played it good according to Darwin, so if FIFA’s model would not work, let us do nothing and let the “natural selection” fix it all and for ever. In the world of politics, it would not work these ways, would it? It is getting confusing and the world politicians are in despair what to do, or precisely what not to do, as the problems we created for Planet Earth are by far much complex, larger and deeper than we can ever imagine.

The arguments of the coming politicians, or on their way to enter politics and take over, are the ones that say “those before us were not good and we can do it better”. It is all about new experiments of the same old versions but with different facade, who knows. We can only judge by the outcome after they leave the political theater and by that time it is late or even too late, this is how the state of Planet Earth as we have today developed.

What politicians did so far is to Take power over the citizens for the purpose to represent them. To represent them for whom? and for what? Is Planet Earth existing in the political equation of affairs? Take over our fate, Take over the management of all the natural resources on Planet Earth that were the result of billions of years of evolution with arguments to create jobs and multiply the economic gains. But this has resulted in an accelerating deterioration and degradation of Planet Earth. Has Planet Earth ever existed in any political managent model? , i.e. including Taking control over national capital and wealth and Taking decisions to shape the future of all coming generations, to form new pathway of competition for more consumption (https://www.theguardian.com/books/2016/apr/15/neoliberalism-ideology-problem-george-monbiot). All of these created more and more barriers, frustrations, caused degeneration of planet Earth and stripped it out of its natural resources. At the same time degraded the quality of all life forms on Planet Earth. Humans on planet earth are reproducing themselves and generating new copies of the same old ones with politics that support and promote these trends. More of the same with increasing numbers where the typical route of success is to do like others, be part of a main stream culture to consume more and carry on to produce more and more waste and pollution.

The collective global results and the overall sum of all political transformations over the past generation, regardless how, where and when they were originated, developed and performed have definitely resulted in a major trend towards complete consumption of all the natural resources on planet Earth including enslaving its population.

We need a political well to empower Planet Earth against deteriorating the living conditions and the quality of life on Earth. Yes, it is probably late but definitely not too late as much of the human achievements on Planet Earth are indeed reversible with the help of innovation. It is all about one goal and one mission that can be summarized in one word “Sustainability” no more no less.

The final question to politicians (including capital based policy-makers, is: would the management of planet Earth empower OR enslave it? Is current and future politics and associated economic policies, are still tuned for an ever increasing unconditional consumption. If so who would promote and implement the UN-SDGs, if not how would the UN-SDGs be promoted and implemented? The UN-SDGs are currently looking like a huge vessel in a stormy ocean with little fuel and unorganized staff with no pilot on charge. It is hoped that the passengers on the vessel “WE THE PEOPLE” will anyhow and by any means navigate it peacefully to its final destination. May be or may be not who knows, those who constructed the vessel “THE POLITICIANS and CAPITAL OWNERS” are not actively and promptly prepared to revise and restore whatever goes wrong which unfortunately resulted in what we have today.

Is Death on Planet Earth our Common future?

Many media sources are reporting severe and serious disasters around the world because of the emerging and ongoing threats of extreme weather events in the summers of the Northern Hemisphere, e.g. heat waves, forest fires, hurricanes, sandstorms, floodings, intensive haze and humidity events. If we still do not believe in what global research and predictions that are bring made during several decades by international climate expertise there are no other means to be convinced than experiencing the harsh and deadly consequences that we can not run away from them. Welcome to a planet heading to a definitive death. Photos @CNN

Why our weather is getting wild?

The consequence of the global cancer that mother earth got because of the global warming (increase in the global average temperature) is growing rapidly in the earth’s body and the impacts of the such fever is causing the global weather to be wild as can be observed and felt everywhere and anywhere around the globe.

Follow us on Instagram @sustain.earth where we will share with you the situation and observations in the Gulf region where the temperature is expected to increase to above 60 degrees Celsius in the future. How would life looks like at such extreme temperature?

The Marina of Dubai, UAE, with its haze in the background. The temperatures now, in summer 2018, is still just above 40 degrees Celsius which is more or less within the range of affordable living.

SWAS 16th International Annual Conference, Genève 12-16 April 2018.

The World Association for Sustainable Development “WASD” will organize its 16th International Annual Conference in 12-16 April 2018, Palais de Nations, Genève, Zwitzerland. To be co-organized and hosted by the United Nations Joint Inspection Unit (JIU).

The Theme is “Public private partnerships for the implementation of the 2030 Agenda  for sustainable development”. 

See more at: http://www.wasd.org.uk/books/palgrave-studies-of-sustainable-business-in-africa/tt-sudan/