Angela Gallop

CBE FRSB
Born
Angela Mary Cecilia Gallop

(1950-01-02) 2 January 1950
Oxford, England
EducationHeadington School
Alma materUniversity of Sheffield (BSc)
University of Oxford (DPhil)
OccupationForensic scientist
Known forSolving high-profile murder cases
Scientific career
InstitutionsUniversity of Strathclyde
ThesisChloroplast symbiosis (1975)
Doctoral advisorDavid Smith[1]

Angela Mary Cecilia Gallop CBE FRSB (born 2 January 1950)[2] is a British forensic scientist.

She began her career with the Forensic Science Service in 1974. Since 1986, she has run her own forensic service companies. Her findings helped solve notorious cases such as the deaths of Roberto Calvi, Rachel Nickell, Lynette White, Damilola Taylor, and Gareth Williams. She also took part in the investigation of the death of Diana, Princess of Wales, finding no evidence to support theories of a conspiracy. She has been awarded the Order of the British Empire for her scientific contributions, detailed in her books, and has been portrayed on television.

Early life and education

Gallop was born and raised in Oxford, England,[2][3] and grew up "tomboyish", playing with her brothers, half-brothers and her chemistry set.[3] Her parents, Eunice and Kenneth Knowles,[2] divorced.[3] She was educated at Headington School[2] but performed poorly and barely qualified for the sixth form, where a botany teacher sparked her interest in science.[3] She studied botany at the University of Sheffield and biochemistry at the University of Oxford.[1][4][5] Gallop spent much of the early 1970s researching the biochemistry of chloroplasts in sea slugs on the Isle of Wight for her Doctor of Philosophy degree.[6]

Career

Forensic Science Service

Seeking a more popular field as well as a less repetitive job, Gallop became a senior biologist with the Forensic Science Service (FSS) in 1974.[3][6] Aside from assistants and secretarial staff, she was one of few women in the laboratory; her boss did not think she could cope emotionally but her colleagues supported her.[3] She visited her first crime scene in February 1978, looking for clues about the murder in Huddersfield of Helen Rytka, later confirmed as a victim of Peter Sutcliffe. She credits her determination "to give some relief to the family" to this case.[3]

Forensic Access

By 1986, Gallop felt her workload was too large and her stimulation unsatisfactory, so she established her first company, Forensic Access. She intended to provide services to criminal defence lawyers, who could not rely on the FSS expertise at the time. Her advertisements initially yielded requests for infidelity investigations, which she carried out. By the end of 1986, her business had grown enough to have full-time employees and she moved from her work from her home to a proper laboratory.[6] She soon began investigating murder, assault, and arson cases as well as cold cases.[3] She was commissioned by the defence in the trial of Robert Thompson for the murder of James Bulger.[3]

By 1991, when she was hired to re-examine the evidence in the apparent suicide by hanging of Italian banker Roberto Calvi, Gallop had gained a reputation for her unconventional methods. Realizing that he shared Calvi's proportions, Gallop conducted experiments with her husband, fellow forensic scientist Russell Stockdale, that proved that Calvi could not have hanged himself and that he was murdered. Nobody has been convicted, but Calvi's family were impressed by Gallop's work and consider her findings essential.[6][7][8]

Forensic Alliance

Gallop founded another company, Forensic Alliance, in 1997, providing service to the police. In 1999, the company solved the 1988 murder of Lynette White after finding a microscopic flake of dried blood under two layers of new paint. The police began hiring Gallop whenever they needed to review significant cold cases. She was asked in 2003 to review the evidence in the 2000 killing of Damilola Taylor. In 2004, the Metropolitan Police commissioned her to have a look at the forensic evidence relating to the 1997 car crash deaths of Diana, Princess of Wales, and Dodi Fayed. Gallop found no grounds to support the claims of Fayed's father, Mohamed Al-Fayed, that the couple were killed in a conspiracy involving the British royal family.[6] Gallop's analysis of Diana's stomach content proved to Operation Paget that Diana was not pregnant when she died.[9]

When investigating the Pembrokeshire coastal path murders, Gallop prevailed upon the police to fund the expensive examination of trace evidence, which led to the conviction of the murderer. She considers this the most satisfying moment in her career and believes that the case would not have been solved without fiber examination.[4] The same method proved successful when she was commissioned to investigate the 1993 murder of Stephen Lawrence, a black teenager.[6]

She contributed evidence to the Macpherson inquiry, which found that the initial investigation of Lawrence's death failed due to institutional racism in the Metropolitan Police. She was commissioned for the case again in 2006, providing key evidence that led to convictions.[3] Gallop has also commented on the investigation into the death of Gareth Williams, the Secret Intelligence Service operative who was found dead in suspicious circumstances at a Security Service safe house flat in Pimlico, London, in 2010.[11] Other high-profile murder cases solved with Gallop's help include that of Rachel Nickell.[3]

Besides murders, Gallop has been commissioned to investigate other kinds of criminal cases, including suspected incest, rapes, war crimes, and bestiality;[6] in a particularly unusual case, she confirmed the presence of boar sperm in the abdomen of a man hospitalised with a punctured colon and peritonitis.[3] She has also worked on the investigations of alleged alien abductions.[6]

Axiom International and beyond

In 2010, Gallop helped found Axiom International, which provides forensic and related advice to law enforcement agencies worldwide. She is the firm's chief executive.[3] She has since worked in Libya, Iraq, Somaliland, and Kosovo.[5][12]

To Gallop's dismay, the UK government closed the FSS in 2012 to save funds. According to Irish forensic scientist Niamh Nic Daéid, "some people in the business" blame Gallop for the demise of the FSS because she started a competing commercial alternative to it, but he thinks such conclusions are "a bit unfair".[6] In Gallop's view, the FSS should have been "modernised and made properly commercial" rather than closed.[6]

In late 2021, Gallop met John Actie, one of five black and mixed-race men who had been wrongly accused of the murder of Lynette White. He had spent two years in prison when Gallop's findings proved his innocence. This was her first meeting with someone she helped exonerate and was filmed for a Channel 5 documentary.[6]

Gallop has reduced her involvement in frontline forensic work but has expressed an interest in taking on plenty of cold cases, including the disappearance of Madeleine McCann.[3]

Other ventures

Gallop started writing to record her life's work[6] and to highlight the lack of funding and recognition for forensic scientists.[3] She detailed her early cases in a 2019 book titled When the Dogs Don’t Bark. A second book, How to Solve a Crime, came out in early 2022. She is careful about what she puts in her books and said that the inclusion of certain revealing elements of forensic technique "would make our job a lot more difficult".[6]

Gallop is a visiting professor at the University of Strathclyde.[2][13][4]

Awards and honours

Between 2001 and 2004, Gallop was president of the Forensic Science Society[14] and in 2011 was awarded an honorary degree of Doctor of Science (D.Sc.) by Nottingham Trent University, in recognition of her contribution to national and international forensic science in the support of justice.[15] Gallop has served on the Independent Police Commission, chaired by Lord Stevens.[16]

Gallop was made Commander of the Order of the British Empire as part of the 2015 Queen's Birthday Honours.[3][17]

Angela Gallop is portrayed by actor Anastasia Hille in the 2021 TV miniseries titled The Pembrokeshire Murders.[4] Gallop praised Hille's talent but lamented the lack of "lightness" and "passion" in the character, observing that scientists are not constantly "very serious and very considered". She has also said that the cooperation with the police was not always so "very well mannered" and straightforward.[18]

Gallop was also played by Nancy Carroll in the 2021 TV miniseries Stephen, a drama following the fight for justice for murdered teenager Stephen Lawrence.

Gallop was a guest on Desert Island Discs on 20 October 2022.

Gallop appeared on the 2023 Paramount+ show Murder of God's Banker.[19]

Bibliography

  • Gallop, Angela (2019). When the Dogs Don't Bark: A Forensic Scientist's Search for the Truth. Hachette UK. ISBN 978-1473678866.
  • Gallop, Angela (2022). How to Solve a Crime: Stories from the Cutting Edge of Forensics. Hodder & Stoughton. ISBN 978-1529331363.
  • Gallop, Angela (13 February 2020). "If the UK cares about justice, it must fund forensic services properly". The Guardian. Retrieved 27 March 2022.

Personal life

Gallop lives with her two Siamese cats in rural Oxfordshire. She retains an interest in sea slugs.[6] She has been married twice and has a son.[5] Angela Gallop and Russell Stockdale separated in 2003 but remained close. He died in late 2021.[6]

References

  1. 1 2 Gallop, Angela (1975). Chloroplast Symbiosis. ox.ac.uk (DPhil thesis). University of Oxford. OCLC 500447666. EThOS uk.bl.ethos.456157.
  2. 1 2 3 4 5 Anon (2017). "Gallop, Prof. Angela Mary Cecilia". Who's Who (online Oxford University Press ed.). Oxford: A & C Black. doi:10.1093/ww/9780199540884.013.U284589. (Subscription or UK public library membership required.)
  3. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Ward, Audrey (17 February 2019). "Forensic scientist Angela Gallop talks about her work on Britain's most high-profile cases". The Times. Retrieved 27 March 2022.
  4. 1 2 3 4 McEvoy, Sophie (12 January 2021). "Is Angela Gallop In The Pembrokeshire Murders Based On A Real Person?". Bustle. Retrieved 25 March 2022.
  5. 1 2 3 Hughes, Lauren (28 October 2020). "The woman who solves murders: a forensic scientist gives us an insight into her daily life". Woman and Home. Retrieved 27 March 2022.
  6. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 West-Knights, Imogen (24 March 2022). "The queen of crime-solving". The Guardian. Retrieved 25 March 2022.
  7. ↑ Gallop, Angela (11 June 2022). "The woman who made sense of London's most mysterious murder". The Telegraph. Retrieved 11 June 2022.
  8. ↑ West-Knights, Imogen (24 March 2022). "The queen of crime-solving". The Guardian. ISSN 0261-3077. Retrieved 8 March 2023.
  9. ↑ Warren, Jane (18 February 2019). "Cold Case Queen". The Daily Express. Retrieved 27 March 2022.
  10. ↑ "Angela Gallop". The Life Scientific. 27 March 2012. BBC Radio 4. Retrieved 18 January 2014.
  11. ↑ Collins, David. "Single hair could solve Gareth Williams 'spy-in-bag' case with new DNA technique". The Times.(subscription required)
  12. ↑ Burn, Chris (21 July 2017). "Justice in the blood: How Angela Gallop solved many of Britain's most notorious murders". Yorkshire Post. Retrieved 27 March 2022.
  13. ↑ "Angeal Gallop: Visiting Professor". strath.ac.uk.
  14. ↑ "CSFS History". csofs.org. Archived from the original on 22 September 2020.
  15. ↑ "Dr Angela Gallop - Honorary graduates - Your Alumni Association - Alumni - Nottingham Trent University". Ntualumni.org.uk. 26 June 2014. Retrieved 10 August 2014.
  16. ↑ "Dr Angela Gallop - Chief Executive of Forensic Access". forensic-access.co.uk. Archived from the original on 18 January 2015. Retrieved 18 January 2015.
  17. ↑ Cressey, David (15 June 2015). "Nature's editor knighted for services to science". Nature. Retrieved 27 March 2022.
  18. ↑ Cooke, Diane (8 March 2021). "Angela Gallop: UK's most sought-after forensic scientist and real 'star' of the Pembrokeshire Murders". The Best Life Project. Retrieved 27 March 2022.
  19. ↑ Murder of God's Banker (Documentary), CreativeChaos vmg, 24 February 2023, retrieved 8 March 2023


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