x xc

Corona crisis: confidence in science is growing

Corona crisis: confidence in science is growing

In the corona pandemic, assessments from the scientific community are in great demand. Representative surveys show that the German public trusts the statements to a high degree and would like to receive even more information.

In the corona crisis, the credibility of science has increased significantly in Germany. In a representative survey for the Science Barometer 2020, 66 percent of respondents said they trusted science and research. In similar surveys conducted by the "Science in Dialogue" initiative in the years 2017 to 2019, only around 50 percent had this attitude.

The Allensbach Institute for Public Opinion Research also identified a clear increase in trust in research in 2020. According to this, 43 percent of those surveyed rely on scientists to tell the truth. In 2015, the corresponding figure was only 30 percent. This puts the professional group of researchers in third place in terms of credibility. Only the long-standing front-runners, doctors and judges, perform better.

For a constructive dialogue

Researchers are not only valued for their contributions to advising politicians and the public. According to the Allensbach study, every second German (54 percent) also perceives the natural sciences as an important source of inspiration for the future. According to the study, the reputation of parties and politicians as creative forces has risen from 25 to 31 percent. In contrast, the perceived influence of journalists (from 26 to 19 percent) and citizens' movements (from 42 to 29 percent) has declined.

"The figures show that the majority of the population trusts science, especially in critical times", says Martin Lohse, President of the German Society of Natural Scientists and Physicians (GDNÄ). But science should not take this trust for granted. Lohse adds that the GDNÄ therefore feels a responsibility to promote constructive dialogue between research and society.

There is a lot of catching up to do when it comes to communicating science. This is confirmed by other representative surveys, such as the Technikradar (Technology Radar) 2020. In this survey conducted by the German Academy of Science and Engineering (acatech) and the Körber Foundation, only 15 percent of the approximately two thousand respondents were satisfied with the way in which politics informs about the consequences of technology. As many as 70 percent demand greater involvement of citizens in the introduction of new technologies.

Criticism of fossil fuels

The focus of Technikradar 2020 is on bioeconomy. The term refers to new products, processes and services that contribute to a more sustainable and future-proof economic system. "Conventional solutions for energy generation, mobility and industrial production based on fossil fuels are coming under increasing pressure from the public to justify themselves", says the Technikradar report. For example, more than half of the Germans in the survey are in favour of politicians pushing through measures for climate protection, even if the economy suffers as a result.

The evaluation of individual subject areas of bioeconomy varies. 88 percent of those surveyed are in favour of replacing plastics with organic products. Three-quarters think gene therapies for adults are good. 60 percent plead for more research funding to develop biofuels. But only one in four can get along with eating meat from the laboratory. The approval rate for genetically modified plants is even lower.

Many of these developments hold great potential in a world facing pressing issues: How do we manage global crises? How do we stay healthy? How will we live, move and communicate with each other? "These questions cannot be answered by climate researchers, doctors, social and natural scientists alone", says Martin Lohse. "This is another reason why platforms like the GDNÄ are becoming increasingly important for a rational and interdisciplinary dialogue between science and society and for the exchange between the younger and older generations.”

Technology is seen positively

The conditions for dialogue appear to be good. The Technikradar 2020 reports broad public support for science and technical progress. 48.7 percent of those surveyed believe that technological development will provide a higher quality of life for future generations. Only 16 percent do not agree with this statement. .

The general level of technology friendliness is strong or very strong in 52 percent of those surveyed, and low or very low only in 11 percent. According to the evaluation, it makes no difference whether the respondents live in East or West Germany, in a large city or in the countryside. On average, men are still more technology-oriented than women. And the higher the level of education, the greater the interest in technology.

What the Technology Radar 2020 also shows: a better understanding of scientific results does not necessarily increase the willingness to change one's own behaviour. Admittedly, the statements of scientists in the corona pandemic contribute decisively to the fact that restrictions of daily life are widely accepted. But this does not apply to environmental and climate protection. Most of those surveyed reject additional financial burdens for themselves, and only a third are in favour of governmental pressure on individuals to act in an environmentally sound manner.

Figure from the "Science Barometer 2020”

Title page of “Technikradar 2020”, a representative survey of attitudes towards science and technology

Further information:

Reinhard Hüttl: Climate change remains to be the real crisis

“Climate change remains to be the real crisis”

The geoscientist Reinhard Hüttl on research in corona times, tomorrow's energy supply and the value of good science communication

Professor Hüttl, your Helmholtz Centre employs almost 1300 staff. How does the Corona crisis affect your Centre?
To a considerable extent our work still takes place in the home office. Only about half of the employees work on the mountain, as we say -–in our offices and laboratories on the Potsdam Telegrafenberg. Travelling abroad is only possible to a limited extent, domestic journeys only under strict consideration of infection protection.

How much does this affect research?
So far, no project has failed because of the pandemic, but there are certainly considerable delays. Certain measurements, which we can only carry out in spring, had to be cancelled this year. This was the case with our project in Lusatia, for example. There we study the effects of climate change on soils and forests and test new ways of land use. The corona restrictions are a particular problem for our young scientists. Internships had to be cancelled and the doctoral students now lack data for their work. The meetings that are so important for their professional development have been postponed or cancelled altogether.

How do you deal with the problem?
In any case, we want to prevent scientific careers from being damaged by the crisis. This is why, for example, the deadlines for final papers have been extended. The most important thing now is to continue to ramp up research. Our crisis management team has developed a concept for a limited presence operation. It regulates how laboratory and field work can be started while taking into account the protection against infection. This makes seasonal measurements possible again, but also maintenance work on instruments.

Is it already possible to foresee a return to normal operation?
Unfortunately not, it's too early for that. We assume that the pandemic will affect our work long-term and that we will have to establish ourselves in limited presence. But it is going to work out. The main problem is a different one.

Which one?
The real crisis is still climate change. Heat waves, droughts, heavy rainfall and other extreme events are making this increasingly clear to us. We will only be able to meet the challenge with a dual strategy. On the one hand, we must drastically reduce emissions of carbon dioxide and other greenhouse gases. On the other hand, we as a society and as an industrial nation cannot avoid adapting to the consequences of the region-specific effects of climate change. For example, through the conversion of our forests, more resilient agriculture, countermeasures against floods and a climate-neutral energy supply. Here the GFZ can make a significant contribution with its knowledge and innovative technologies.

Do you have an example?
Take the issue of reliable energy storage. The Corona crisis has shown us just how quickly supply chains can be broken and how important our own reserves are. But the solution is obvious, especially in Germany. Indeed, we have large underground gas storage facilities – the fourth largest in the world and the largest in the EU. There we can hold useful gas for a long time and withdraw it if necessary. The storage facilities have been operated safely for decades. Their reliability has also been proven in numerous studies conducted by the GFZ.

The main greenhouse gas stored underground today is methane. Where does that leave climate protection?
It won't stay on methane alone. Hydrogen as a completely carbon-free energy carrier can also be stored in salt caverns as well as in porous rock formations. These rocks are also suitable for storing synthetic, climate-neutral natural gas, which, as a reliable energy source, can help to compensate for the fluctuating yields of wind and solar power. Storage is still a weak point in the energy system transformation that we so urgently need for a climate-friendly future. A further advantage of underground storage: Carbon dioxide can also be safely deposited there, as we were able to demonstrate convincingly at the GFZ. The gas does not enter the atmosphere, but can be extracted for industrial applications as required.

How do you assess the National Hydrogen Strategy, which the Federal Government has now adopted?
I expressly welcome the strategy. It combines climate protection and technological innovation and also takes into account the necessary imports. Hydrogen will be the new oil and the new gas – other technology nations such as Japan, Australia and China have long recognized this. Germany can still achieve a leading role and we will do everything in our power within the Helmholtz Association to achieve this.

Currently, the public discussion is more about electric cars and charging stations. How does this fit in with the hydrogen strategy?
I regret that we in Germany still rely so heavily on e-mobility and electrochemical energy storage in batteries. With these technologies the enormous consumption of resources, even in comparison to conventional engines, is often not taken into account. One example: Taking into account all environmental impacts, an e-vehicle will only reach the level of a comparable modern diesel vehicle after several years. For industry, aircraft and ships, the potential of purely electrical solutions is not sufficient anyway. We need climate-neutral hydrogen for an environmentally friendly recycling economy and a secure supply at the same time. It is by far the better alternative and must be produced primarily where favourable conditions for renewable energies exist.

Professor Hüttl, thank you very much for the interview.

The interview took place in May 2020.

Prof. Dr. Reinhard Hüttl

Reinhard Hüttl
Prof. Dr. Reinhard Hüttl (63) has been Scientific Director at the Helmholtz Centre Potsdam - German Research Centre for Geosciences (GFZ) from 2007 to 2021. After his habilitation at the University of Freiburg, the forestry and soil scientist from Regensburg taught and researched in Hawaii for one year before he was appointed the chair of soil protection and recultivation at the Brandenburg Technical University in Cottbus in 1993. Reinhard Hüttl is involved in many scientific committees and institutions. He is a member of various national and international academies, bearer of the Federal Cross of Merit and honorary doctorate of the University of Natural Resources and Applied Life Sciences in Vienna. From 2008 to 2017 he was president of acatech – German Academy of Science and Engineering.

Research at GFZ
The GFZ is the national research Centre for geosciences in Germany. Basic research on the dynamics of the solid earth is a central concern at the GFZ; developing solutions for major challenges facing society is another. Research is organized in a matrix structure with four disciplinary departments and five interdisciplinary research units. This includes the interactions between the earth's surface and the climate, but also the holistic use of georesources and geoenergy. The GFZ also participates in the GEOFON network for worldwide earthquake observation, records the sun's particle radiation and provides satellite services on which, among other things, the functioning of navigation systems depends. The GFZ employs almost 1300 people, including a good 900 scientists. The Centre is financed to 90 percent by the federal government and 10 percent by the state of Brandenburg. In 2020 the budget is 110 million €.

First-hand knowledge

First-hand knowledge

From quantum computers and artificial intelligence to personalized therapies in medicine and the digital transformation of the chemical industry: Groundbreaking, attractively prepared presentations from the 2018 Assembly on the topic of "Digitization of the Sciences" have been published in the scientific magazine “Naturwissenschaftliche Rundschau” and are available here exclusively for download (in German only). The articles are richly illustrated and supplemented by portraits of the speakers.

The “Naturwissenschaftliche Rundschau” is the official publication medium of the Society of German Natural Scientists and Physicians. Here the so-called negotiation volumes appear as special issues – always in the year between the meetings. The issues contain the lectures and short presentations of the last meeting. The texts are written in such a way that they can be understood by interested laypersons and at the same time meet high scientific standards.

The “Naturwissenschaftliche Rundschau” was founded in 1948 and appears monthly. It publishes review articles by renowned scientists and short reports from the natural sciences and medicine. The journal, like the GDNÄ, sees itself as a mediator between the disciplines.

Würzburg 2021 | The next conference takes place from September 10-12, 2021

Würzburg 2021

The next conference takes place from September 10-12, 2021

In view of the current corona situation, the GDNÄ board has decided to postpone the annual meeting until 2021. The new date is September 10-12, 2021, and the topic "Science in Picture" and the program are to be retained as far as possible. The exact program will be announced on this website in autumn 2020 and sent to the members in spring 2021. We look forward to welcoming you to an exciting conference in 2021.

Together with the meeting, the next general meeting and the elections planned there must also be postponed to that date.

What the virologist Hans-Georg Kräusslich recommends in the Corona crisis

Prof. Dr. Hans-Georg Kräusslich

The days should have 48 hours for Hans-Georg Kräusslich. One telephone conference after the other, patient visits, meetings in the laboratory – the Heidelberg professor of virology is always busy, but in the corona crisis he is in constant action. At the University Hospital in Heidelberg, GDNÄ member Kräusslich is not only the head of the Centre for Infection Medicine, but as Dean of the Medical Faculty he is also responsible for ensuring that the entire hospital functions properly. In addition, as Chairman of the Board of the German Centre for Infection Research (DZIF), he is driving forward studies on "SARS-CoV-2", the trigger of the worldwide pandemic.

New test methods for diagnosis, antiviral drugs and a vaccine against the new coronavirus are high on the DZIF's agenda. Together with the German Centre for Infectiology, a Europe-wide case registry is currently being established to collect clinical data from infected persons. For example, the registry will show under which circumstances patients become seriously ill after infection, when they get away with mild symptoms and which measures are best suited to treat them. "We are very confident that we can make an important contribution to the fight against the virus," says Hans-Georg Kräusslich, who appears calm and prudent even in these times of greatest tension.

He is currently also involved as a member of a group of experts who have presented a phased plan for the period after the corona shutdown. "As a society, we must now develop scenarios for a gradual return to normality," said the Heidelberg physician explaining his commitment.

Hans-Georg Kräusslich has been a member of the Society of German Natural Scientists and Physicians (GDNÄ) for almost forty years. In September 1982, as a medical student, he attended the GDNÄ meeting in Mannheim which was held under the motto "Progress reports from natural science and medicine". There the then 24-year-old listened to a series of lectures, in which he was particularly fascinated by the contribution of the German-born US virologist Peter K. Vogt. Vogt spoke in Mannheim about cancer-causing genes, so-called oncogenes. At that time, this field of research was still in its infancy and Vogt was one of the pioneers with his laboratory at the University of Southern California in Los Angeles. "I was very impressed by the news I learned at the GDNÄ meeting," recalls Hans-Georg Kräusslich. He says that his penchant for virology was awakened at the time – and has continued to grow during his time as a postdoc in the USA.

Upon his return to Germany, the young physician established a group at the German Cancer Research Center in Heidelberg to research AIDS viruses. In the mid-1990s, he went to the Heinrich Pette Institute in Hamburg, which he led until 1999. In 2000, Kräusslich became head of the Department of Virology at the University Hospital in Heidelberg and has been the director of the Centre for Infectiology since 2003. In autumn 2019, his colleagues elected him Dean of the Medical Faculty in Heidelberg.

"The GDNÄ offers excellent opportunities, in particular for pupils and students, to come into contact with scientists and learn about current research," says Hans-Georg Kräusslich. The conference almost forty years ago gave him a decisive impulse – this is one of the reasons why he has remained true to "his" GDNÄ.

Hans-Georg Kräusslich © Universitätsklinikum Heidelberg

Prof. Dr. Hans-Georg Kräusslich

Download the position paper: