Lyman-alpha forest absorption at z~2.5 is weakly but significantly stronger along sightlines through overdense galaxy regions, implying a systematic bias in ionizing escape fraction measurements.
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Systematic Bias in Ionizing Radiation Escape Fraction Measurements from Foreground Large-Scale Structures
Lyman-alpha forest absorption at z~2.5 is weakly but significantly stronger along sightlines through overdense galaxy regions, implying a systematic bias in ionizing escape fraction measurements.