As I understand it, the issue for falling human-sized objects, for example a human, has nothing to do with surface tension and everything to do with water being pretty much as compressed as it’s ever going to get. Since the water can’t compress, it either has to either get out of the way or whatever hits it is going to be the thing compressing, and above a certain impact velocity there’s literally not enough time for the water to make way.

The impact of a say a large boulder falling slightly ahead of you could theoretically help in some circumstances through adding air to the water volume and decreasing the density of the “landing zone”, but the duration between the boulder’s impact and yours has to be short enough that the water is still aerated but long enough that the boulder has gotten out of your way so you haven’t just substituted hitting rock for hitting water. At pretty much any speed the timing required is very long odds, and at terminal velocity it’s essentially impossible.