Biological Threats

Lord Rosser Excerpts

Thursday 10th January 2013 Grand Committee

[Lord Rosser]

My Lords, as my noble friend Lord Harris of Haringey has made clear in his powerful speech, the issue we are debating is one of considerable importance and, indeed, worry for the world in general and our own nation in particular. We should be grateful to my noble friend for giving us this opportunity to discuss the issues and potential issues involved, and I hope my noble friend will receive specific answers to the points he has raised from the Minister, not least his points about the effectiveness of our current defences against biological threats and a bioterrorist attack.

The question we are considering refers specifically to biological threats, biological weapons and biological research. I hope that I will be forgiven if in my remarks I refer to the broader heading of the threat from chemical, biological, radiological and nuclear material, which of course includes biological threats. Scientific advances, matched by the rapidly increased and increasing ease with which knowledge can be shared, makes it more and more difficult to keep chemical, biological, radiological and nuclear material away from those with malign intent and a disregard for international law, whether they be state actors, some highly unstable and repressive, or non-state actors, some driven by contorted religious fundamentalism. In a situation where weak and failing states outnumber strong states by two to one, globalisation is driving a major redistribution of power and threats, and demographic change is placing pressure on the world’s increasingly stretched natural resources, with the potential that has as a source of conflict, a stable security landscape is certainly not what we have at the present time.

A very immediate source of concern is Syria, where the fourth largest stocks of chemical weapons in the world are held. President Obama has rightly said that deployment of chemical weapons by the Assad regime would be a “tragic mistake”, but of course there is also the issue of what might happen in a post-Assad era, when these stocks would presumably come into the possession and under the control of others currently unknown, including in their intentions.

We agree with the Government’s recognition in their 2010 national security strategy that,

“International terrorism affecting the UK or its interests, including a CBRN attack”,

is the top tier 1 threat. This continues the approach of the previous Government since the 2008 national security strategy outlined measures to tackle the CBRN threat, based around dissuading states from acquisition, detecting acquisition attempts, denying access and defending our borders.

On the military side, the Government intend to expand the role of reservists in our Armed Forces, which will provide an opportunity for greater use of niche civilian skills and expertise in this field in a military setting. However, we will not improve national response and mitigation capacities through small specialised units but through a broad spectrum of capabilities, working across agencies and borders. We support the work of the National Security Council working across government, but any response would need to go beyond Cabinet co-ordination, and co-ordinate the military, specialist rapid reaction teams and public health and civil emergency services.

As our technology develops, and in the light of the extent to which CBRN materials can be found in legitimate commercial or civilian sectors, it is important that we make full use of all those with the relevant scientific know-how. We also encourage education among the medical and scientific communities about the potential for abuse in areas of dual-use. It is not simply those on the frontline or in the higher echelons of the world of science, but those who on a more daily basis handle agents that can be used for malign and hostile purposes who should be the focus of government-led awareness-raising campaigns.

However, of course, it goes beyond governments. We have to share threat information between business, scientists and government, especially since 80% of the UK’s critical national infrastructure which would be a possible target of any CBRN attack is in the private sector. We need to ensure compliance with export regulations and see that there is information exchange on proliferation activity.

In respect of the scientific community, the Institute for Public Policy Research has found that insufficiently secure government laboratories around the world remain a worry and recommends improved international data and knowledge sharing, as well as harmonisation of national standards, and regulatory and best laboratory practices. There is an ongoing debate about how we increase confidence in compliance of existing international regulations, in particular, as has already been mentioned, with regard to the Biological and Toxin Weapons Convention, which unlike the Chemical Weapons Convention does not have a verification system in place, making implementation and monitoring of the treaty’s provisions difficult. Neither, unlike the Chemical Weapons Convention, does it have the equivalent of the Organisation for the Prohibition of Chemical Weapons. However it is also important to have a discussion on how existing and new threats of proliferation can be tackled, including stockpiling of vaccines.

As has already been said, the threat posed by CBRN—including biological threat—is very real. At best it can cause panic; indeed, the threat of a panic can cause something approaching panic. At worst, the threat posed by CBRN can result in something much more serious. In the UK we have had the assassination of Alexander Litvinenko with polonium-210 in London. We saw the sarin attacks in Tokyo, to which the noble Baroness, Lady Falkner of Margravine, has already referred, and we can appreciate the havoc that there would be should something similar be tried on the London Underground, which carries millions of people a day.

As I understand it, in New York there is a “Securing the City” strategy under which local and regional agencies are equipped with world-leading radiological detection equipment. New York has established a permanent radiological defensive ring through the installation of fixed detection equipment to monitor traffic at all bridges and tunnels that lead into the city. The sensors have been networked to enable them to provide real-time radiation data, so at all times experts can take a reading and know instantly about threat levels or, indeed, the nature of an attack. New York City operates more than 4,500 radiation detectors across the metropolitan area. The deputy commissioner for counterterrorism of the New York City Police Department has called this effort “unprecedented”. While I appreciate that it relates to the radiological side, nevertheless perhaps the Minister could say—if not now, then later—if there is something along these lines that we are looking to develop for detection to help protect our major cities.

The ease with which new technologies can be attained and developed into sophisticated means of alarm and destruction, and the implications which that has, must be regarded as a priority issue for all developed nations, and not least for this country. While the overwhelming majority of terrorist attacks involve the use of conventional weapons, the chemical, biological, radiological and nuclear materials threat transcends national boundaries and should unite nations by necessity as well as in shared interests. Our collective response to the threat should have at its core good intelligence, determined detection, strong international agreements deeply implemented in national policies, robust defences and well-organised response capabilities. As we know, new technologies promise enormous benefits for humanity, and we have a duty to promote scientific advance and exploration. However, that imperative must be coupled with the knowledge that new technologies are also now an inescapable part of our national and international security challenge.