Why Renowned Nigerian Justice Boloukuoromo Ugo Resigned: A stand for democracy
In a surprising turn of events, renowned Nigerian jurist, Justice Boloukuoromo M. Ugo, has resigned from his distinguished position on the Presidential Election Petitions Tribunal.
The announcement has sent shockwaves through the nation, leaving many curious about the reasons behind this unexpected decision.
In his resignation statement, Justice Ugo shed light on the challenging situation that led to his departure from the bench.
READ ALSO: Tinubu tells tribunal consequences of nullifying election victory
He expressed deep concern about the delicate balance between the judiciary and the executive branch, which he felt was at risk of being compromised. The pressures he faced from the government had become increasingly unsettling, and he could not ignore what he saw as a potential threat to the democratic fabric of Nigeria.
While Justice Ugo refrained from divulging the names of the involved parties, he revealed the pivotal dilemma he encountered during his tenure.
He found himself torn between ruling in favour of a specific political candidate, as requested by certain quarters, and preserving the independence and integrity of the judiciary. For him, the latter took precedence over any political allegiance, and he staunchly believed that any action contrary to that principle would cast a shadow on the very essence of Nigeria’s democratic values.
The impact of Justice Ugo’s resignation on the activities of the Presidential Election Petitions Tribunal cannot be understated. His departure has left a void in the tribunal’s proceedings, raising questions about the institution’s future and its ability to fulfill its crucial mandate.
As the news of Justice Ugo’s resignation spreads across the country, it has ignited debates and discussions about the state of Nigeria’s democratic institutions. Many are praising his courage to stand up for the sanctity of the judiciary, emphasizing the importance of safeguarding the independence of the courts from external pressures.