A magnetic resonance imaging system, comprising: - a memory for storing machine executable instructions and pulse sequence commands, wherein the pulse sequence commands are configured to acquire two point Dixon magnetic resonance data according to a two point Dixon magnetic resonance imaging protocol (300, 700, 1000) from a region of interest, wherein the pulse sequence commands are configured to acquire single point Dixon magnetic resonance data according to a single point Dixon magnetic resonance imaging protocol (500, 900, 1000) from the region of interest, wherein the two point Dixon magnetic resonance imaging protocol is configured to sample (324, 326) the two point Dixon magnetic resonance data from a central k-space region, wherein the single point Dixon magnetic resonance imaging protocol is configured to sample (326, 508) the single point Dixon magnetic resonance data from an expanded k-space region and the central k-space region, wherein the expanded k-space region is larger than the central k-space region, wherein the expanded k-space region at least partially surrounds the central k-space region, wherein the two point Dixon magnetic resonance imaging protocol is configured for acquiring images of the region of interest with a first resolution, wherein the single point Dixon magnetic resonance imaging protocol is configured for acquiring images of the region of interest with a second resolution, wherein the second resolution is higher than the first resolution; and - a processor for controlling the magnetic resonance imaging system, wherein execution of the machine executable instructions cause the processor to: - control the magnetic resonance imaging system with the pulse sequence commands to acquire the two point Dixon magnetic resonance data and the single point Dixon magnetic resonance data; - calculate a first resolution magnetic field inhomogeneity map at the first resolution using the two point Dixon magnetic resonance data; - calculate a second resolution magnetic field inhomogeneity map by interpolating the first resolution magnetic inhomogeneity map to the second resolution; and - calculate a second resolution water image at the second resolution and a second resolution fat image at the second resolution using the single point Dixon magnetic resonance imaging data and the second resolution magnetic field inhomogeneity map. - a memory for storing machine executable instructions and pulse sequence commands, wherein the pulse sequence commands are configured to acquire two point Dixon magnetic resonance data according to a two point Dixon magnetic resonance imaging protocol (300, 700, 1000) from a region of interest, wherein the pulse sequence commands are configured to acquire single point Dixon magnetic resonance data according to a single point Dixon magnetic resonance imaging protocol (500, 900, 1000) from the region of interest, wherein the two point Dixon magnetic resonance imaging protocol is configured to sample (324, 326) the two point Dixon magnetic resonance data from a central k-space region, wherein the single point Dixon magnetic resonance imaging protocol is configured to sample (326, 508) the single point Dixon magnetic resonance data from an expanded k-space region and the central k-space region, wherein the expanded k-space region is larger than the central k-space region, wherein the expanded k-space region at least partially surrounds the central k-space region, wherein the two point Dixon magnetic resonance imaging protocol is configured for acquiring images of the region of interest with a first resolution, wherein the single point Dixon magnetic resonance imaging protocol is configured for acquiring images of the region of interest with a second resolution, wherein the second resolution is higher than the first resolution; and - a processor for controlling the magnetic resonance imaging system, wherein execution of the machine executable instructions cause the processor to: - control the magnetic resonance imaging system with the pulse sequence commands to acquire the two point Dixon magnetic resonance data and the single point Dixon magnetic resonance data; - calculate a first resolution magnetic field inhomogeneity map at the first resolution using the two point Dixon magnetic resonance data; - calculate a second resolution magnetic field inhomogeneity map by interpolating the first resolution magnetic inhomogeneity map to the second resolution; and - calculate a second resolution water image at the second resolution and a second resolution fat image at the second resolution using the single point Dixon magnetic resonance imaging data and the second resolution magnetic field inhomogeneity map. - control the magnetic resonance imaging system with the pulse sequence commands to acquire the two point Dixon magnetic resonance data and the single point Dixon magnetic resonance data; - calculate a first resolution magnetic field inhomogeneity map at the first resolution using the two point Dixon magnetic resonance data; - calculate a second resolution magnetic field inhomogeneity map by interpolating the first resolution magnetic inhomogeneity map to the second resolution; and - calculate a second resolution water image at the second resolution and a second resolution fat image at the second resolution using the single point Dixon magnetic resonance imaging data and the second resolution magnetic field inhomogeneity map.