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A support structure is mounted beneath a shelf in a manner that defines a vertical axis, and a rack or wheel is mounted on the support structure for rotation relative to the support structure. Containers resiliently snap into circumferentially spaced C-shaped clips defined by the rack. On various em

A support structure is mounted beneath a shelf in a manner that defines a vertical axis, and a rack or wheel is mounted on the support structure for rotation relative to the support structure. Containers resiliently snap into circumferentially spaced C-shaped clips defined by the rack. On various embodiments, the support structure includes intermediate components that accommodate sliding and/or pivoting of the rack relative to the shelf, and/or a user may selectively remove the rack from the support structure. When the rack is mounted on the support structure, a user may rotate the rack relative to the support structure to alternatively rotate the containers to a forwardmost position relative to the shelf.

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1. A storage system for use beneath a shelf, comprising: a support structure having (a) a first end configured and arranged to occupy an orientation that defines a vertical axis beneath the shelf, and (b) an opposite, second end including at least one prong; anda rack having a central portion and ci

1. A storage system for use beneath a shelf, comprising: a support structure having (a) a first end configured and arranged to occupy an orientation that defines a vertical axis beneath the shelf, and (b) an opposite, second end including at least one prong; anda rack having a central portion and circumferentially spaced container holders disposed about the central portion, wherein a centrally located hole extends through the central portion of the rack, and the at least one prong occupies the hole to releasably mount the rack on the support structure, and the at least one prong resiliently deflects (a) toward the axis to accommodate passage through the hole and (b) away from the axis to resist passage through the hole, wherein upper and lower tabs extend generally radially outward from the at least one prong and retain the rack therebetween. 2. The storage system of claim 1, wherein the at least one prong includes diametrically opposed first and second prongs. 3. The storage system of claim 2, wherein first and second pairs of said upper and lower tabs extend generally radially outward from respective said first and second prongs and retain the rack therebetween. 4. The storage system of claim 3, wherein the hole is circular and accommodates rotation of the rack relative to the support structure when the rack is mounted on the prongs. 5. The storage system of claim 4, further comprising a plurality of containers releasably retained in respective ones of the container holders on the rack. 6. The storage system of claim 5, wherein each of the containers includes an upper lid portion and a lower jar portion, and each of the container holders defines a C-shaped clip that engages a respective one of the containers between the lid portion and the jar portion. 7. The storage system of claim 6, wherein the first end of the support structure defines openings that receive respective mounting screws. 8. The storage system of claim 1, wherein the hole is circular and accommodates rotation of the rack relative to the support structure when the rack is mounted on the at least one prong. 9. The storage system of claim 1, further comprising a plurality of containers releasably retained in respective ones of the container holders on the rack, wherein each of the containers includes an upper lid portion and a lower jar portion, and each of the container holders defines a C-shaped clip that engages a respective one of the containers between the lid portion and the jar portion. 10. A storage method, comprising the steps of: providing a storage apparatus for items disposed inside respective containers having upper lid portions and lower jar portions, for use beneath a horizontal shelf, wherein the storage apparatus includes a support structure and a rack;mounting the support structure to a downwardly facing surface defined by the shelf to define a vertical axis and a downwardly extending member that is accessible from below;positioning the containers in respective dedicated locations defined by the rack; andresiliently snap-fitting the rack onto the support structure by (a) positioning the rack beneath the member, (b) vertically aligning the rack with the member, and (c) moving the rack upward onto the member until a tab on the member underlies the rack, thereby latching the rack in place on the support structure. 11. The storage method of claim 10, further comprising the step of selectively rotating the rack about the axis to alternatively move discrete ones of the containers to a relatively forwardmost position relative to the shelf. 12. The storage method of claim 10, further comprising the step of selectively removing the rack from the support structure by (a) pushing the member toward the axis, (b) pulling the rack downward off the member, and (c) moving the rack out of vertical alignment with the member. 13. The storage method of claim 10, wherein the member includes a first prong and a second prong, and the moving step involves moving the rack upward onto the member until a separate said tab on each said prong underlies the rack, thereby latching the rack in place on the support structure. 14. The storage method of claim 13, wherein the moving step squeezes the first prong and the second prong toward one another. 15. A storage system for use beneath a shelf, comprising: a support structure configured and arranged to be mounted on the shelf in a manner that defines a downwardly extending member that is accessible from below; anda rack having a central portion and circumferentially spaced container holders disposed about the central portion, wherein the rack is movable between a first position, wherein the central portion is resiliently latched in place on the member, and a second position, wherein the central portion is free of the member and the rack is directly beneath the support structure, wherein first and second tabs project laterally outward from the member and releasably retain the central portion of the rack in the first position. 16. The storage system of claim 15, wherein the member includes opposing first and second prongs that resiliently deflect toward one another to accommodate passage of the rack onto the member and off of the member. 17. The storage system of claim 15, wherein the member cooperates with the central portion of the rack to define a vertical axis, and the rack is rotatable about the axis relative to the support structure. 18. The storage system of claim 15, wherein the member cooperates with the central portion of the rack to define a vertical axis, and the first position and the second position are at discrete locations along the axis. 19. The storage system of claim 18, wherein the rack is rotatable about the axis when occupying the first position.