We　propose　an　in-line　and　off-axis　hybrid　holographic　method　for　imaging　reflective　objects.　The　in-line　and　off-axis　digital　holograms　are　recorded　by　a　Michelson　interferometer.　The　approximate　phase　of　object　wave　is　obtained　by　spectral　filtering　approach　from　the　off-axis　hologram,　and　it　is　used　as　an　initial　input　in　an　iterative　procedure　for　retrieving　the　complex　field　of　the　object　from　the　in-line　hologram.　In　this　way,　the　output　of　the　iterative　procedure　can　produce　higher　quality　amplitude　and　phase　images　compared　to　only　in-line　or　off-axis　digital　holography.　The　performance　of　this　method　has　been　demonstrated　by　acquiring　the　amplitude　and　phase　images　of　a　resolution　target　and　a　microelectronic　chip.