BENGALURU, India (AP) — Life for many in the southern Indian city of Bengaluru was disrupted on Tuesday after two days of torrential rains set off long traffic snarls, widespread power cuts and heavy floods that swept into homes and submerged roads.

With several parts of the city still heavily waterlogged, videos on social media showed people hopping onto tractors to get to work. Many schools were shut on Monday over the heavy downpours and authorities have warned of interruptions to the water supply. Boats were deployed to rescue people submerged in floodwaters.

The city, dubbed India’s tech capital, is home to several technology companies and many of their offices have been lashed by the rains, prompting employees to work from home.

Even though September is usually the wettest month in Bengaluru, this year has seen more rains than normal.

Firefighters rescue an elderly woman from a flooded apartment after heavy rainfall in Bangalore, India, Monday, Sept. 5, 2022. Life for many in the southern Indian city of Bengaluru was disrupted on Tuesday after two days of torrential rains set off long traffic snarls, widespread power cuts and heavy floods that swept into homes and submerged roads. (AP Photo/Kashif Masood)

The two zones that make up the city, Bengaluru Urban and Bengaluru Rural, have seen 141% and 114% excess rainfall respectively. On Monday night, 131.6 millimeters (5.2 inches) of rain was recorded, making it the wettest September day in the last eight years.

According to the India Meteorological Department, Karnataka, the southern state that’s home to Bengaluru, is among the regions that have received maximum rainfall this year. It has seen 34% more rainfall in the past three months than what it usually receives this time of the year.

While there is no direct connection between the excessive rains in Bengaluru and climate change, there is growing evidence that the monsoons, the most important weather system for the Indian subcontinent, are being altered due to climate change. Scientists say this is making extreme events such as excess rainfall the new normal.