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Home > Lib, Mus, & Res Cts > Res Ctrs > Karst and Cave Studies > Pool Precipitates

Pool Precipitates

 
Scanning electron micrographs and spectra. All materials are copyrighted unless otherwise noted.
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  • Small area of spiky crystals by M. Spilde, D. Northup, L. Melim, and R. Liescheidt

    Small area of spiky crystals

  • Smaller reticulated filament disappearing into rock by George Braybrook, Leslie Melim, and Brian Jones

    Smaller reticulated filament disappearing into rock

  • Smaller rods covered with thready film by M. Spilde

    Smaller rods covered with thready film

  • Small filament emerging from a hole by M. Spilde

    Small filament emerging from a hole

  • Small filament extending from large filament by M. Spilde and Leslie Melim

    Small filament extending from large filament

  • Small filament on etched crystal by M. Spilde, D. Northup, and L. Melim

    Small filament on etched crystal

  • Small reticulated filament near a smoother filament in etched crystal by M. Spilde

    Small reticulated filament near a smoother filament in etched crystal

  • Small smooth filament bridging crystals by M. Spilde, D. Northup, L. Melim, and R. Liescheidt

    Small smooth filament bridging crystals

  • Small spheroid and small and large filaments by D. Northup and Leslie Melim

    Small spheroid and small and large filaments

  • Small stick-like reticulated filament by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Small stick-like reticulated filament

  • Smooth and reticulated filaments by D. Northup, M. Spilde, and L. Melim

    Smooth and reticulated filaments

  • Smooth area, possible film with crystals by M. Spilde, D. Northup, and L. Melim

    Smooth area, possible film with crystals

  • Smooth area with high carbon by M. Spilde

    Smooth area with high carbon

  • Smooth filament and spheroid by M. Spilde and L. Melim

    Smooth filament and spheroid

  • Smooth filament bridging crystals by M. Spilde, D. Northup, and L. Melim

    Smooth filament bridging crystals

  • Smooth filament bridging gap between etched crystals. by M. Spilde, D. Northup, and L. Melim

    Smooth filament bridging gap between etched crystals.

  • Smooth filament bridging gap in crystals by M. Spilde, D. Northup, L. Melim, and R. Liescheidt

    Smooth filament bridging gap in crystals

  • Smooth filament coming out of crystal by M. Spilde, D. Northup, and L. Melim

    Smooth filament coming out of crystal

  • Smooth filament coming out of hole by D. Northup, M. Spilde, and L. Melim

    Smooth filament coming out of hole

  • Smooth filament disappearing into crack in crystal by D. Northup, M. Spilde, L. Melim, and R. Liescheidt

    Smooth filament disappearing into crack in crystal

  • Smooth filament disappearing under rock with second filament above by George Braybrook, Leslie Melim, and Brian Jones

    Smooth filament disappearing under rock with second filament above

  • Smooth filament draped over crystals with film by Michael Spilde

    Smooth filament draped over crystals with film

  • Smooth filament going though rock by M. Spilde and Leslie Melim

    Smooth filament going though rock

  • Smooth filament going through etched calcite by Michael Spilde

    Smooth filament going through etched calcite

  • Smooth filament going under rock by George Braybrook, Leslie Melim, and Brian Jones

    Smooth filament going under rock

  • Smooth filament nest in micrite and spar by M. Spilde, L. Melim, S. Herpin, and J.M. Queen

    Smooth filament nest in micrite and spar

  • Smooth filaments by M. Spilde and L. Melim

    Smooth filaments

  • Smooth filaments by M. Spilde, L. Melim, S. Herpin, and J.M. Queen

    Smooth filaments

  • Smooth filaments coming out of calcite, hollow where broken open by Michael Spilde and Leslie Melim

    Smooth filaments coming out of calcite, hollow where broken open

  • Smooth filaments from qm8-31 by Michael Spilde

    Smooth filaments from qm8-31

  • Smooth filament with debris on it by George Braybrook, Leslie Melim, and Brian Jones

    Smooth filament with debris on it

  • Smooth ropy filament by M. Spilde, D. Northup, and L. Melim

    Smooth ropy filament

  • Smooth ropy filament by M. Spilde, D. Northup, and L. Melim

    Smooth ropy filament

  • Spherical body on the edge of plates by M. Spilde, D. Northup, and L. Melim

    Spherical body on the edge of plates

  • Spheroids with needles by M. Spilde, D. Northup, and L. Melim

    Spheroids with needles

  • Stepped calcite crystals overview by M. Spilde and Leslie Melim

    Stepped calcite crystals overview

  • Stepped crystal coated in fine needles. by M. Spilde and Leslie Melim

    Stepped crystal coated in fine needles.

  • Still closer up of stair step fracture with rough surface by George Braybrook, Leslie Melim, and Brian Jones

    Still closer up of stair step fracture with rough surface

  • Still closer view of reticulated filament showing hollow break by M. Spilde

    Still closer view of reticulated filament showing hollow break

  • Striped filament and ropy ilm by M. Spilde, L. Melim, and D. Northup

    Striped filament and ropy ilm

  • Stubby filament by D. Northup and Leslie Melim

    Stubby filament

  • Surface detail of large filament by M. Spilde and Leslie Melim

    Surface detail of large filament

  • Surface texture of small irregular crystals by M. Spilde, D. Northup, and L. Melim

    Surface texture of small irregular crystals

  • Tangle of filaments and film by D. Northup and Leslie Melim

    Tangle of filaments and film

  • Tangle of filaments and film, with spheroid by Michael Spilde and Leslie Melim

    Tangle of filaments and film, with spheroid

  • Tangle of filaments bridging substrate by George Braybrook, Leslie Melim, and Brian Jones

    Tangle of filaments bridging substrate

  • Tangle of ropy filaments by George Braybrook, Leslie Melim, and Brian Jones

    Tangle of ropy filaments

  • Tear in crust by George Braybrook, Leslie Melim, and Brian Jones

    Tear in crust

  • Textured area of clay by M. Spilde, D. Northup, and L. Melim

    Textured area of clay

  • Thin bridging film by M. Spilde, D. Northup, L. Melim, and R. Liescheidt

    Thin bridging film

  • Thin coating on crystals by M. Spilde and Leslie Melim

    Thin coating on crystals

  • Thin film that resisted the etching. by George Braybrook, Leslie Melim, and Brian Jones

    Thin film that resisted the etching.

  • Thread bridging Mg crust by M. Spilde, L. Melim, and D. Northup

    Thread bridging Mg crust

  • Three reticulated filaments crossing each other, with smooth filament underneath by George Braybrook, Leslie Melim, and Brian Jones

    Three reticulated filaments crossing each other, with smooth filament underneath

  • Three reticulated filaments, emerging from tubes by D. Northup, M. Spilde, and L. Melim

    Three reticulated filaments, emerging from tubes

  • Tiny filament emerging from larger filament to bridge crystals by George Braybrook, Leslie Melim, and Brian Jones

    Tiny filament emerging from larger filament to bridge crystals

  • Torn reticulated filaments with bridging film by D. Northup and Leslie Melim

    Torn reticulated filaments with bridging film

  • Twisted filaments on crystals by M. Spilde, D. Northup, and L. Melim

    Twisted filaments on crystals

  • Twisted film by M. Spilde, L. Melim, and D. Northup

    Twisted film

  • Twisted reticulated filament by George Braybrook, Leslie Melim, and Brian Jones

    Twisted reticulated filament

  • Twisted reticulated filaments by M. Spilde and L. Melim

    Twisted reticulated filaments

  • Twisted shape with carbon signal and silica emerging from crystal by Michael Spilde and Leslie Melim

    Twisted shape with carbon signal and silica emerging from crystal

  • Two clusters of emerging, fuzzy filaments by Michael Spilde and Leslie Melim

    Two clusters of emerging, fuzzy filaments

  • Two crossed reticulated filaments by George Braybrook, Leslie Melim, and Brian Jones

    Two crossed reticulated filaments

  • Two filaments, one ribbed and one smooth by Michael Spilde and Leslie Melim

    Two filaments, one ribbed and one smooth

  • Two fragments of reticulated filaments overlapping by M. Spilde and Leslie Melim

    Two fragments of reticulated filaments overlapping

  • Two overlapping and one single reticulated filaments on crystals by M. Spilde and Leslie Melim

    Two overlapping and one single reticulated filaments on crystals

  • Two overlapping reticulated filaments by M. Spilde and L. Melim

    Two overlapping reticulated filaments

  • Two reticulated filaments by George Braybrook, Leslie Melim, and Brian Jones

    Two reticulated filaments

  • Two reticulated filaments by M. Spilde

    Two reticulated filaments

  • Two reticulated filaments by M. Spilde and L. Melim

    Two reticulated filaments

  • Two reticulated filaments crossing each other. by M. Spilde

    Two reticulated filaments crossing each other.

  • Two reticulated filaments in etched crystals by M. Spilde, D. Northup, and L. Melim

    Two reticulated filaments in etched crystals

  • Two reticulated filaments, one that ends and one that goes into substrate by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Two reticulated filaments, one that ends and one that goes into substrate

  • Two ribbed filaments by Michael Spilde and Leslie Melim

    Two ribbed filaments

  • Two rods by M. Spilde, D. Northup, and L. Melim

    Two rods

  • Two sizes of filaments on film by D. Northup and Leslie Melim

    Two sizes of filaments on film

  • Two smooth filaments bridging substrate by M. Spilde and Leslie Melim

    Two smooth filaments bridging substrate

  • Two smooth filaments emerging from holes, one with clay by Michael Spilde and Leslie Melim

    Two smooth filaments emerging from holes, one with clay

  • Very close detail on twisted filament by M. Spilde, D. Northup, and L. Melim

    Very close detail on twisted filament

  • Very close view of interlocking crystals, with possible film by George Braybrook, Leslie Melim, and Brian Jones

    Very close view of interlocking crystals, with possible film

  • Very close view of microrods by M. Spilde and Leslie Melim

    Very close view of microrods

  • Very close view of resistant film by George Braybrook, Leslie Melim, and Brian Jones

    Very close view of resistant film

  • Very close view of round body with surface texture by George Braybrook, Leslie Melim, and Brian Jones

    Very close view of round body with surface texture

  • Very flattened reticulated filament by D. Northup, M. Spilde, and L. Melim

    Very flattened reticulated filament

  • Very large (10 micron) filament with smaller filaments by Michael Spilde and Leslie Melim

    Very large (10 micron) filament with smaller filaments

  • Very large draping filament by M. Spilde, D. Northup, and L. Melim

    Very large draping filament

  • Very long reticulated filament by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Very long reticulated filament

  • Very long smooth filament by D. Northup, M. Spilde, and L. Melim

    Very long smooth filament

  • Very poorly preserved reticulated filament by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Very poorly preserved reticulated filament

  • Very poorly preserved reticulated filament by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Very poorly preserved reticulated filament

  • Very small crystallites on broken surface on stair step fracture with rough surface by George Braybrook, Leslie Melim, and Brian Jones

    Very small crystallites on broken surface on stair step fracture with rough surface

  • Very small filament bridging crystals by M. Spilde, D. Northup, L. Melim, and R. Liescheidt

    Very small filament bridging crystals

  • Very solid reticulated filament by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Very solid reticulated filament

  • Very thin filament bridging film by M. Spilde, D. Northup, and L. Melim

    Very thin filament bridging film

  • View of aligned crystals by George Braybrook, Leslie Melim, and Brian Jones

    View of aligned crystals

  • View of bladed crystal with needles in microspar/micrite by M. Spilde, D. Northup, and L. Melim

    View of bladed crystal with needles in microspar/micrite

  • View of end of reticulated filament, etched crystals and epoxy by M. Spilde and L. Melim

    View of end of reticulated filament, etched crystals and epoxy

  • View of filaments and film by George Braybrook, Leslie Melim, and Brian Jones

    View of filaments and film

  • View of hollow reticulated filament, bridging between crystals by D. Northup and Leslie Melim

    View of hollow reticulated filament, bridging between crystals

 

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