Pervious　asphalt　(PA)　is　an　effective　pavement　material　to　alleviate　surface　runoff　and　hot　island　effect　in　city.　Acoustic　emission　(AE)　monitoring　can　realize　the　damage　characterization　of　materials　to　avoid　their　premature　failure.　The　purpose　of　this　study　is　to　demonstrate　the　damage　fracture　process　of　PA　under　compression　and　splitting　using　AE　parameters.　Firstly,　PA　specimens　were　prepared　by　Marshall　compaction　method　and　AE　testing　were　conducted　for　specimens　under　compression　and　splitting.　Corresponding　AE　signals　were　recorded　and　interpreted　to　obtain　the　parameters　including　signal　amplitude,　duration,　count,　signal　energy　and　rise　time.　Secondly,　the　evolutions　of　AE　parameters,　cumulative　AE　parameters　and　load　versus　time　were　obtained　and　analyzed　to　characterize　the　fracture　processes　of　specimens　under　compression　and　splitting.　Finally,　temperature　effects　on　damage　fracture　of　PA　were　considered　and　demonstrated.　The　results　revealed　that　AE　parameters　could　realize　the　classification　of　different　damage　stages　for　PA　specimens　under　compression　and　splitting.　AE　energy　presented　the　most　favorable　ability　for　damage　fracture　characterization　in　both　compression　and　splitting　tests.　Cumulative　AE　parameters　exhibited　generally　satisfactory　discriminating　results　except　for　some　demarcation　points.　Changes　in　mechanical　performances　of　PA　specimens　caused　by　temperature　effect　could　be　clearly　identified　through　AE　parameters.　It　can　be　concluded　that　AE　possesses　great　potential　for　damage　fracture　characterization　of　PA　material.