How to elegantly combine multiple Tasks containing options in ZIO

I'm looking for the most elegant implementation of

import scalaz.zio.Task

def combineTasks[A, B, C, D](task1: Task[Option[A]],
                             task2: Task[Option[B]],
                             task3: Task[Option[C]])
                            (f: (A, B, C) => D)
: Task[Option[D]]

using

1. no additional dependencies
2. scalaz-zio-interop-cats and cats
3. scalaz-zio-interop-scalaz7x and scalaz7x

The solutions should generalize well to n arguments.

After getting some help and doing research, I found the following implementations, that seem the most elegant to me so far:

1. Using no additional dependencies:

def combineTasks[A, B, C, D](task1: Task[Option[A]],
                             task2: Task[Option[B]],
                             task3: Task[Option[C]])
                            (f: (A, B, C) => D)
: Task[Option[D]] = {
  for {
    t1 <- task1
    t2 <- task2
    t3 <- task3
  } yield {
    (t1, t2, t3) match {
      case (Some(t1), Some(t2), Some(t3)) => Some(f(t1, t2, t3))
      case _ => None
    }
  }
}

2. Using scalaz-zio-interop-cats and cats:

def combineTasks[A, B, C, D](task1: Task[Option[A]],
                             task2: Task[Option[B]],
                             task3: Task[Option[C]])
                            (f: (A, B, C) => D)
: Task[Option[D]] = {
  import cats.implicits.catsStdInstancesForOption
  import cats.Apply
  import scalaz.zio.interop.catz._

  Apply[Task].compose[Option].map3(task1, task2, task3)(f)
}

See mapN over composed Apply for a related discussion.

3. Using scalaz-zio-interop-scalaz7x and scalaz7x:

def combineTasks[A, B, C, D](task1: Task[Option[A]],
                             task2: Task[Option[B]],
                             task3: Task[Option[C]])
                            (f: (A, B, C) => D): Task[Option[D]] = {
  import scalaz.Apply
  import scalaz.std.option._
  import scalaz.zio.interop.scalaz72._

  Apply[Task].compose[Option].apply3(task1, task2, task3)(f)
}