What happens to the potential energy of a parachutist as he approaches the ground?

The potential energy of a body En raised to a height from the Earth’s surface is determined by the formula: En = m * g * h, where m is the mass of the body, g is the acceleration of gravity, h is the height of the body above the Earth.
When the parachutist descends, his height h above the Earth decreases, which means that his potential energy En decreases.
Potential energy is partially converted into kinetic energy, the skydiver begins to move at a higher speed. The rest of the potential energy is spent working against the air resistance forces of the parachute.
At the moment of landing, the potential energy becomes equal to zero.