def METHOD_NAME(ek60_path):
    """
    Test env param intake for EK60 calibration.
    """
    ed = ep.open_raw(ek60_path / "ncei-wcsd" / "Summer2017-D20170620-T011027.raw", sonar_model="EK60")
    # Assemble external env param
    env_ext = {"temperature": 10, "salinity": 30, "pressure": 100, "pH": 8.1}
    # Manually go through env params intake
    env_params_manual = ep.calibrate.env_params.get_env_params_EK(
        sonar_type="EK60",
        beam=ed["Sonar/Beam_group1"],
        env=ed["Environment"],
        user_dict=env_ext
    )
    for p in env_params_manual.keys():
        env_params_manual[p] = ep.calibrate.env_params.harmonize_env_param_time(
            env_params_manual[p], ping_time=ed["Sonar/Beam_group1"]["ping_time"]
        )
    # Check against the final env params in the calibration output
    ds_Sv = ep.calibrate.compute_Sv(ed, env_params=env_ext)
    assert ds_Sv["formula_sound_speed"] == "Mackenzie"
    assert ds_Sv["formula_absorption"] == "FG"
    assert ds_Sv["sound_speed"].values == env_params_manual["sound_speed"]
    assert np.all(ds_Sv["sound_absorption"].values == env_params_manual["sound_absorption"].values)