Lindsay, Lord, expedition to Mauritius, [234]
Line of sight, movements in, [201] [386];
of solar limbs, [202] [203]
in prominences, [204] [208]
of stars, [201] [386] [387]
binaries detected by, [387]-391
Listing, dimensions of the globe, [262]
Littrow, chromosphere,[ 70];
sun-spot periodicity, [126]
Liveing and Dewar, carbon in the sun, [212]
Lockyer, solar spectroscopy, [156] [212];
theory of sun-spots, [159] [163]
daylight observations of prominences, [169] [194] [204] [205]
eclipse of 1870 [171]
slitless spectroscope, [173]
corona of 1878 [175]
glare theory of corona, [182]
eclipse of 1886 [184]
chromospheric spectrum, [195]
classification of prominences, [196]
their radial movements, [204]
celestial dissociation, [206]-210
chemistry of sun-spots, [207]
spots on Mars, [275]
meteoritic hypothesis, [376] [402]
equatoreal Coudé, [438]
Loewy, constant of aberration, [241] [438];
lunar photographs, [268]
director of Paris Observatory, [414]
equatoreal Coudé, [436] [437]
Lohrmann, lunar chart, [265];
Linné, [267]
Lohse, J. G., spectrum of great comet, [364]
Lohse, O., daylight coronal photography, 178 note;
spectral investigations, [211]
twilight on Venus, [256]
red spot on Jupiter, [294]
periodicity of Jupiter's markings, [297]
motion of Sirius, [386]
spectrum of Nova Cygni, [393]