Labour Leader Jeremy Corbyn. Photo: Dan Kitwood/Getty Images
The U.K.'s Labour Party — the main opposition to Prime Minister Boris Johnson in Parliament — voted at their annual party conference on Monday against a measure to campaign in favor of remaining in the European Union during the next general election.
Why it matters: Intra-party divisions were on full display during the annual conference, a chance for Labour to lay out its strategy for defeating the largely pro-Brexit Conservative Party at an election that will likely take place in the next few months. Rather than campaign "energetically" on canceling Brexit, Labour's platform will advocate for negotiating a new divorce deal with the EU and presenting it to the British people in a new referendum — with "remain" as the alternative option.
- Only after that deal is negotiated will the party vote at a special conference on which side they will campaign for in the hypothetical referendum.
The big picture: The vast majority of Labour's members support remaining in the EU, but about 30% voted in favor of Brexit during the 2016 referendum. This dynamic has proven to be a significant challenge, with the party leadership's refusal to pick a side on the most polarizing issue in modern British history contributing to a drop in the polls.
Between the lines: It's not yet clear how Labour's latest decision to propose a second referendum without explicitly campaigning to remain will affect voters at the next election.
- The Liberal Democrats, a smaller and more centrist third party, will campaign on a platform to cancel Brexit altogether if they earn a majority — attempting to market themselves as the pro-Remain option.
The bottom line: Boris Johnson has pledged to deliver Brexit by the Oct. 31 deadline, despite Parliament passing a law requiring him to ask for an extension if he can't strike a deal with the EU. If, by some miracle, Johnson is able to strike a deal acceptable to Parliament, Labour and the other parties' position on Brexit won't matter at the next election.