Sun, January 12, 2025
[ Sun, Jan 12th ] - MSN
What tariffs can and can't do
[ Sun, Jan 12th ] - Krone
Mayoral election Linz
Sat, January 11, 2025
Fri, January 10, 2025
Thu, January 9, 2025
[ Thu, Jan 09th ] - Politico
Trump's tactics go global
Wed, January 8, 2025
[ Wed, Jan 08th ] - Politico
Trumping the issues

Reasons behind two controversial Johnson peerages revealed after 18-month battle


//politics-government.news-articles.net/content/ .. son-peerages-revealed-after-18-month-battle.html
Published in Politics and Government on by MSN   Print publication without navigation

Reasons behind two controversial Johnson peerages revealed after 18-month battle - Baroness Owen of Alderley Edge and Lord Kempsell were appointed to the House of Lords in Boris Johnson's resignation honours list.

The article from MSN discusses the reasons behind the controversial peerage nominations by former UK Prime Minister Boris Johnson, which were revealed after an 18-month legal battle by the Guardian. The House of Lords Appointments Commission (Holac) had initially rejected several of Johnson's nominations due to concerns over propriety and potential conflicts of interest. Notably, the peerage for Charlotte Owen, a former aide, was questioned due to her relatively short tenure and lack of significant public achievements, though it was eventually approved. Similarly, the nomination of Ross Kempsell, another former aide, was also contentious but was justified by his long-term service and contributions to the Conservative Party. The documents also highlighted the case of Shaun Bailey, whose peerage was debated due to his involvement in a lockdown party, but was ultimately approved. The revelations underscore the opaque nature of the peerage system and the significant influence former prime ministers can exert over the composition of the House of Lords.

Read the Full MSN Article at:
[ https://www.msn.com/en-gb/politics/government/reasons-behind-two-controversial-johnson-peerages-revealed-after-18-month-battle/ar-BB1raPYZ ]

Publication Contributing Sources