The scientists want Europe's next round of public research funding - Framework Programme 7 (2007 to 2013) - to establish broad funding criteria that put public interest ahead of 'wealth creation', and to include ethical and safety considerations before the research is funded. They are demanding a redistribution of the research budget away from industry and technology driven areas like genomics and information technologies towards sustainable agriculture, ecology and energy use in sustainable systems, and holistic health. In particular, they would like to see top priority given to scientists working with local communities to revitalize and protect traditional agricultural and healthcare systems. They sent Spectre this statement.

The Independent Science Panel (ISP), launched in May 2003 at a public conference in London, UK, consists of dozens of prominent scientists from all over the world, spanning the disciplines of agroecology, agronomy, biomathematics, botany, chemical medicine, ecology, epidemiology, histopathology, microbial ecology, molecular genetics, nutritional biochemistry, physiology, plant biotechnology, taxonomy, toxicology and virology.

They share a deep concern over the commercialisation of genetic modification (GM) and other technologies without the due process of thorough scientific assessment, informed public consultation and public consent; and are dedicated to researching and actively promoting science for a sustainable world through education, advocacy and social engagement.

Science has been playing an increasingly major role in national and international policy decisions that affect not only our everyday lives but also the very survival of our planet. Unfortunately, science has also become more and more closely tied to industrial interests that all too often conflict with public good and public safety.

Science wars are being fought at national and international forums over global warming, nuclear wastes, industrial pollution, and GM crops in the name of 'national competitiveness', 'national security', 'free trade' and 'feeding the world'.

There has never been a greater need to re-establish independent, disinterested science that can both protect the public from the negative impacts of emerging technologies and genuinely deliver a safe, secure, equitable and sustainable world. This presents the
EU Framework 7 programme for funding scientific research with challenges and opportunities in equal measure.

The ISP propose the following measures for the EU Framework 7 funding programme to go some way towards meeting the challenges and opportunities.

1. Establishing broad funding criteria that put public interest ahead of 'wealth creation'

The following explicit criteria should be used both in setting priorities for areas of research, and in funding specific programmes and projects:
a. Does it contribute to public good?
b. Is it ethical?
c. Is it safe?
d. Will it contribute to furthering fundamental understanding of
nature?

All too often, questions on safety, in particular, are being raised after the research has been done, and worse, after the technology has been commercialised. At that stage, it is very difficult to reach a consensus on account of the large amount of investment at stake. Recent cases in point include the safety of electromagnetic radiation from mobile phones and masts, and the safety of GM crops.

2.Ensuring the greatest transparency, independence and public participation in deciding research priorities.

Committees deciding funding priorities and areas must include representatives of appropriate public interest organisations. No member of any committee making decisions on funding priorities and areas should have, or should recently have had, a financial interest in the outcome of the decision being made. More than that, the membership of such committees must include scientists with relevant expertise who are not involved directly or indirectly in the research area to be funded.

3.Ensuring the greatest transparency and independence in deciding research funding.

No member of any committee making funding decisions on specific projects should have current or recent-past financial or commercial link with an industry involved in the proposal under consideration.

4. Ensuring support for independent science and scientists

The increasing tendency to fund big research programmes in big established research groups has served to reinforce entrenched scientific opinions that are often not in the public interest. This has resulted in the wrong decisions being made, excessive delays in
applying appropriate regulatory or remedial measures, and the lack of precaution, all of which have cost the taxpayer hundreds of billions in compensation for damages to health and the environment. The cases that have been resolved against the entrenched scientific opinions include asbestos, thalidomide, cigarette smoking, BSE and foot-and-mouth disease.

These entrenched opinions have colonized our academic institutions, where they are ruthlessly deployed to persecute independent scientists who try to report their research results honestly or to tell the public what they know. This not only intimidates staff and students, it is stultifying innovation and obstructing real progress in understanding nature, resulting in a deterioration of science education at all levels. It has also contributed to a growing, pervasive mistrust of science and scientists across the globe.

To protect the integrity of science and scientists, 10% of Framework 7's budget should be earmarked for supporting independent scientists adopting novel approaches, and in particular, scientists who have been persecuted for research findings 'uncomfortable' for industry, and to ensure that research funding is not concentrated exclusively in big, mainstream research groups.

To overcome the public mistrust of science and scientists, Framework 7 should give priority to research partnerships between scientists and local communities so that people's concerns and aspirations can help shape the research, and importantly, scientists could benefit from local knowledge. For the same reasons, top priority should be given to
revitalising and protecting traditional agricultural and healthcare systems from biopiracy and globalisation, and to developing sciences and technologies appropriate for the local community.

5. Redistributing the research budget to give priority to science and technologies that contribute to sustainability

The research spending of Framework Programme 7 (FP7) is expected to double that of Framework Programme 6 (FP6) to nearly €40 billion over 5 years. While the funding priorities are yet to be decided, there will be a continuation of the FP6 areas with the addition of 'security' and 'space' and 'basic' research. These priorities have already been thoroughly criticized as being predominantly led by industry and technology, with little regard for solving real problems in society or addressing safety concerns.

The two top priorities are "Information society technologies" and "Life sciences, genomics and biotechnology for health". The first includes telecommunications, mobile phones and masts, now raising serious safety concerns all over the world. The second, biotechnology and genomics research, was heralded to "revolutionize" healthcare, but the entire sector has failed financially as well as scientifically to deliver its promises. In contrast, environmental health and nutrition are completely missing from the list, as are whole areas of biophysics research into sustainable systems, cell biology and health.

We propose the following additions to the list of priorities, some of them may overlap with those already included under "Sustainable development, global change and ecosystems", but we want to give them more specific emphasis.

6 Sustainable agriculture

In the ISP's recent briefing to the European Parliament, we have emphasized the need to invest in sustainable agriculture as a matter of urgency in order to feed the world under global warming. Here are some general areas in sustainable agriculture that require dedicated research:

- Energy conservation
- Water conservation
- Soil conservation and carbon sequestration
- Soil biota and soil fertility
- Biodiversity and productivity
- Food security, social, cultural and financial wealth of rural communities
- Health benefits
- Dynamic inter-relationships within sustainable agriculture systems
- Conceptual, structural and policy changes needed for
sustainability

7 Ecology and energy use in sustainable systems

Sustainable systems refer ultimately to entire ways of life, including agricultural and industrial production, transport, health and economic and social relationships. Of course, subsystems within the whole could also be studied in their own right. The need for energy efficient production and transport technologies is widely accepted. Not as well
acknowledged are the following topics:

- Complexity and bio-diversity in agro-ecological systems
- Energy-relationships, energy use and renewable energies
- Concept of 'waste' and sustainability
- Renewable energy generation and bio-degradable technologies
- New forms of public ownership that returns public investment in research to the public
- Minimum waste generation and efficient processes in agriculture and industry
- Novel ecological accounting procedures for sustainability
- Biophysical indicators of ecosystem health and monitoring technologies
- Decentralised energy-efficient technologies that promote local autonomy and participation
- Social environmental indicators of sustainability
- Localisation and regionalisation versus globalisation

8 Science of the organism and holistic health

Many new research programmes fall potentially within the general area of "science of the organism". The emphasis is on non-linear complex dynamics, feedback and coherence, which are necessary for understanding complex systems in general. Especially important is the scientific underpinning of complementary and alternative medical practices, in view of the fact that homeopathy is entering mainstream medicine. The biological effects of mobile phones and other electrical installations in the environment, for example, also require an appropriate biophysical understanding of the organism. We have identified the following topics:

- Biophysical model of the organism
- Understanding complementary and alternative medical practices
- Concept of holistic health that includes the social and ecological environment
- Biophysical, dynamical indicators of health
- Social and environmental indicators of health
- Non-invasive, non-destructive technologies for monitoring health and food quality
- Effective therapeutic methods based on minimum intervention.