An absorbent garment includes an extensible backsheet having opposite side regions, a liquid permeable topsheet having opposite side portions, and a retention portion having opposite side edges and an outer surface defining an area. The retention portion is disposed between the topsheet and the backsheet with the outer surface facing the backsheet and with the opposite side portions of the backsheet and the topsheet extending beyond the side edges of the retention portion. The opposite side portions of the topsheet are attached to the opposite side portions of the backsheet on opposite sides of the retention portion. Less than 30 % of the area of the outer surface of the retention portion is attached to the backsheet. In one preferred embodiment, the retention portion is freefloating between the backsheet and topsheet. In one preferred embodiment, the topsheet is extensible. In another preferred embodiment, less than 30 % of an inner surface of the retention portion is attached to the topsheet. In yet another preferred embodiment, the retention portion includes at least one fold. Preferably, the backsheet, and more preferably the backsheet and topsheet, have ear portions that are secured to form leg openings. In this way, the backsheet and topsheet define the shape or plan surface area of the garment, without the need for additional body panels. A method for absorbing bodily exudates with an absorbent garment is also provided.