To support the interpretation of remote sensing instruments that use water features near 0.94 μm, the water vapor line parameters have been measured using 16 laboratory spectra of pure water and 9 spectra of water+air mixtures recorded at resolution 0.012 and 0.02 cm - 1 with the McMath Fourier transform spectrometer at the National Solar Observatory located at Kitt Peak. Over 3300 line positions and intensities between 9 650 and 11 400 cm - 1 and 507 air-broadened widths and 462 pressure-induced shifts in positions between 10 150 and 11 190 cm - 1 have been obtained at room temperature for the main isotopomer, H 2 1 6 O. The numbers of width measurements involving the parallel bands are 108 for (121), 192 for (201), and 86 for the (003) upper states; for the perpendicular bands, the numbers of widths are 4 for (022), 78 for (300), and 38 for the (102) upper states. These empirical values have been combined with calculated positions and intensities of H 2 1 8 O and H 2 1 7 O and with available broadening coefficients from other spectral regions to form a new composite database. The sum of 5002 transition intensities for the region is 0.6417 cm - 2 .atm - 1 (2.588x10 - 2 0 cm - 1 /(molecule.cm - 2 )) at 296 K. This new compilation appears in the 2000 edition of HITRAN.