Charting the Cs logo with black and blue text. Charting the Cs Conference 2025: To Literacy and Beyond Cooperation Communication Collaboration TheSoundsofLiteracy! AnnVail ItinerantDeaf/Hard ofHearingTeacher ZumbroEducationDistrict(ZED) avail@zumbroed.org LyndseyRaffelson ItinerantDeaf/Hard ofHearingTeacher AustinPublicSchools lyndsey.raffelson@austin.k12.mn.us The Science of Reading & Hearing Loss Critical for all students — especially essential for those with hearing loss Full access to sound supports language, reading, and writing development Hearing loss impacts how sound travels and is processed in the brain Tailored teaching strategies help address these unique auditory challenges Reading Rope The Reading Rope highlights skills reliant on sound: •Phonological awareness •Decoding •Vocabulary •Comprehension Equitable Literacy Promotes equitable literacy by bridging auditory gaps Integrating reading science with hearing loss knowledge fosters: •Inclusive instruction •Strong literacy foundation •Academic success HowHearingLossAffectsSoundProcessing: •ConductiveHearingLoss:Soundwavesmaynottravelefficientlythroughtheouterormiddleearduetoblockages,infections, orstructuralissues. •SensorineuralHearingLoss:Theremaybedamagetothehaircellsinthecochleaortheauditorynerve,reducingthebrain’s abilitytoprocesssoundsignalsaccurately. •MixedHearing Loss:Acombination ofconductive and sensorineural issues. SupportingLiteracyforStudentswithHearingLossandAuditoryProcessing: •Amplificationdevices:Hearingaids,cochlearimplants,andFMsystemscanenhancesoundperception. •Visualaids:Signlanguage,captions,andvisualstorytellingcansupportcomprehension. •Multisensorylearning:Combiningvisual,tactile,andauditoryapproachescanstrengthenliteracyskills. ConnectiontoLiteracy: •Hearinglosscanimpactastudent'sabilitytoprocessphonemicsounds, whicharecriticalfordevelopingreadingandwriting skills. •Studentsmayrequireadditionalsupport,suchasvisualaids,signlanguage,speech-to-texttechnology,orspecialized instruction,toenhancetheirliteracyskills. TheProcessofHearing: Hearing plays a significant role in literacy development, and for students with hearing loss, understanding how sound travels through the ear can be a crucial part of supporting their needs. Here's a simplified explanation of how sound travels through the ear: •Outer Ear (Sound Collection) •Middle Ear (Amplification) Inner Ear (Sound Conversion) •Auditory Nerve (Signal Transmission) Brain (Sound Interpretation) BreakingdowntheProcessofHearing: •Outer Ear (Sound Collection): Sound waves are collected by the pinna (pretzel)(the visible part of the ear) and travel through the ear canal (pretzel stick) to reach the eardrum (peppermint candy) causing it to vibrate. At times there is wax build up that blocks the opening of the ear canal or plugs up the ear mold of a hearing aid. (gushers) •Middle Ear (Amplification): oVibrations from the eardrum move to the ossicles (jelly beans)— three tiny bones called the hammer (malleus), anvil (incus), and stirrup (stapes). These bones amplify the vibrations. oThe stapes transmit the vibrations to the oval window (pringles), a membrane leading to the inner ear. BreakingdowntheProcessofHearing: part 2 •Inner Ear (Sound Conversion): oVibrations enter the cochlea (swissroll), a spiral - shaped, fluid - filled structure. Inside tiny hair cells (sensory receptors) respond to different sound frequencies. oInside the cochlea, tiny hair cells move in response to the vibrations and convert mechanical vibrations into electrical signals. (Sprinkles) •Auditory Nerve (Signal Transmission): oElectrical signals travel from the cochlea through the auditory nerve (thin licorice) to the brain. oThe brain interprets these signals as recognizable sounds. BreakingdowntheProcessofHearing: part 3 Brain (Sound Interpretation): The brain (popcorn) processes these signals, allowing us to recognize and understand sounds, including speech Charting the Cs logo with black and blue text. Thank you!