Linked from

The 15 pages that link to Hyperopia, each with the reason it gives.

• Contact lensBroader topic: Plus-powered contact lenses add converging power to bring the focus forward.

• Refractive errorBroader topic: It is the farsighted form caused by insufficient focusing power relative to eye length.

• MyopiaCompared with: Its usual focal error lies behind the retina, opposite myopia’s forward focus.

• EyeglassesRelated: Converging eyeglass lenses help bring the image onto the retina.

• AccommodationCompared with: Accommodation can partly mask hyperopia, though it does not remove the underlying refractive error.

• PresbyopiaCompared with: It can also make near tasks difficult, but differs from age-related loss of accommodation.

• AstigmatismCompared with: Hyperopia is a spherical focusing error, unlike unequal meridional focus.

• DiopterBroader topic: Plus-diopter lenses add converging power to compensate.

• LASIKBroader topic: LASIK can steepen the central cornea to reduce hyperopia.

• OptometryBroader topic: Its effects on near and distance vision inform refraction and corrective lens choices.

• EyeBroader topic: It shows how insufficient optical power or a short eye blurs near vision.

• Human eyeCompared with: It contrasts with myopia through the opposite direction of refractive error.

• Blurred visionBroader topic: It can blur near objects when accommodation cannot compensate.

• AphakiaRelated: Without the crystalline lens, the eye becomes markedly farsighted unless optical power is restored.

• Bates methodBroader topic: The method also claims to address farsightedness without evidence of correcting its optical cause.