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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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  • Overview of poorly preserved filament by George Braybrook, Leslie Melim, and Brian Jones

    Overview of poorly preserved filament

  • Overview of poorly preserved filament by M. Spilde, D. Northup, L. Melim, and R. Liescheidt

    Overview of poorly preserved filament

  • Overview of poorly reserved filament by M. Spilde, D. Northup, L. Melim, and R. Liescheidt

    Overview of poorly reserved filament

  • Overview of porous area near epoxy edge, holes are primary by M. Spilde

    Overview of porous area near epoxy edge, holes are primary

  • Overview of porous area: not much left after etching besides epoxy by M. Spilde and L. Melim

    Overview of porous area: not much left after etching besides epoxy

  • Overview of porous area with crystallites by George Braybrook, Leslie Melim, and Brian Jones

    Overview of porous area with crystallites

  • Overview of porous etched area by M. Spilde

    Overview of porous etched area

  • Overview of possible biofilm by M. Spilde, L. Melim, and D. Northup

    Overview of possible biofilm

  • Overview of possible etched clays surrounded by etched crystals by George Braybrook, Leslie Melim, and Brian Jones

    Overview of possible etched clays surrounded by etched crystals

  • Overview of possible rods in film by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Overview of possible rods in film

  • Overview of punk layer by George Braybrook, Leslie Melim, and Brian Jones

    Overview of punk layer

  • Overview of punky layer by George Braybrook, Leslie Melim, and Brian Jones

    Overview of punky layer

  • Overview of radiating and interlocking needles by M. Spilde, D. Northup, and L. Melim

    Overview of radiating and interlocking needles

  • Overview of radiating branching crystals by George Braybrook, Leslie Melim, and Brian Jones

    Overview of radiating branching crystals

  • Overview of radiating crystal crust, base end by George Braybrook, Leslie Melim, and Brian Jones

    Overview of radiating crystal crust, base end

  • Overview of radiating crystal crust, top end by George Braybrook, Leslie Melim, and Brian Jones

    Overview of radiating crystal crust, top end

  • Overview of radiating crystal morphology by M. Spilde, D. Northup, and L. Melim

    Overview of radiating crystal morphology

  • Overview of radiating crystals by George Braybrook, Leslie Melim, and Brian Jones

    Overview of radiating crystals

  • Overview of radiating crystals by George Braybrook, Leslie Melim, and Brian Jones

    Overview of radiating crystals

  • Overview of radiating crystals by George Braybrook, Leslie Melim, and Brian Jones

    Overview of radiating crystals

  • Overview of radiating crystals by George Braybrook, Leslie Melim, and Brian Jones

    Overview of radiating crystals

  • Overview of radiating crystals by George Braybrook, Leslie Melim, and Brian Jones

    Overview of radiating crystals

  • Overview of radiating crystals by George Braybrook, Leslie Melim, and Brian Jones

    Overview of radiating crystals

  • Overview of radiating crystals by George Braybrook, Leslie Melim, and Brian Jones

    Overview of radiating crystals

  • Overview of radiating crystals by George Braybrook, Leslie Melim, and Brian Jones

    Overview of radiating crystals

  • Overview of radiating fine needles to large bladed crystals by M. Spilde, D. Northup, and L. Melim

    Overview of radiating fine needles to large bladed crystals

  • Overview of radiating needles by M. Spilde, D. Northup, and L. Melim

    Overview of radiating needles

  • Overview of reticulated and smooth filaments by George Braybrook, Leslie Melim, and Brian Jones

    Overview of reticulated and smooth filaments

  • Overview of reticulated and smooth filaments by D. Northup, M. Spilde, and L. Melim

    Overview of reticulated and smooth filaments

  • Overview of reticulated filament by M. Spilde, D. Northup, and L. Melim

    Overview of reticulated filament

  • Overview of reticulated filament bridging gap by M. Spilde, D. Northup, and L. Melim

    Overview of reticulated filament bridging gap

  • Overview of reticulated filament on etched crystals by George Braybrook, Leslie Melim, and Brian Jones

    Overview of reticulated filament on etched crystals

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

    Overview of reticulated filaments

  • Overview of reticulated filaments and film by M. Spilde, D. Northup, and L. Melim

    Overview of reticulated filaments and film

  • Overview of reticulated filaments in corroded rock by M. Spilde and Leslie Melim

    Overview of reticulated filaments in corroded rock

  • Overview of reticulated filaments in hollow crust by George Braybrook, Leslie Melim, and Brian Jones

    Overview of reticulated filaments in hollow crust

  • Overview of reticulated filaments in micrite and spar by M. Spilde, L. Melim, S. Herpin, and J.M. Queen

    Overview of reticulated filaments in micrite and spar

  • Overview of reticulated filament with film bridging between etched crystals by M. Spilde, D. Northup, and L. Melim

    Overview of reticulated filament with film bridging between etched crystals

  • Overview of reticulated filament with ropy filament and film by George Braybrook, Leslie Melim, and Brian Jones

    Overview of reticulated filament with ropy filament and film

  • Overview of ropy film by D. Northup and L. Melim

    Overview of ropy film

  • Overview of several reticulated fialments by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Overview of several reticulated fialments

  • Overview of several reticulated filaments, some entering substrate by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Overview of several reticulated filaments, some entering substrate

  • Overview of smooth and hairy filaments by George Braybrook, Leslie Melim, and Brian Jones

    Overview of smooth and hairy filaments

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

    Overview of smooth filament coming out of hole

  • Overview of smooth ropy filament by M. Spilde, D. Northup, and L. Melim

    Overview of smooth ropy filament

  • Overview of spore-like body and a filament by George Braybrook, Leslie Melim, and Brian Jones

    Overview of spore-like body and a filament

  • Overview of strange tubes in the epoxy by D. Northup and L. Melim

    Overview of strange tubes in the epoxy

  • Overview of surface showing patches resistant to etching by George Braybrook, Leslie Melim, and Brian Jones

    Overview of surface showing patches resistant to etching

  • Overview of texture in second layer in asymmetrical pearl by M. Spilde, D. Northup, and L. Melim

    Overview of texture in second layer in asymmetrical pearl

  • Overview of thin film that resisted the etching by George Braybrook, Leslie Melim, and Brian Jones

    Overview of thin film that resisted the etching

  • Overview of transition between layer 1 and 2, all still very fine laminations. by M. Spilde, L. Melim, and D. Northup

    Overview of transition between layer 1 and 2, all still very fine laminations.

  • Overview of two piles of filaments on crystal by M. Spilde and Leslie Melim

    Overview of two piles of filaments on crystal

  • Overview of upper edge of shelfstone by M. Spilde and Leslie Melim

    Overview of upper edge of shelfstone

  • Overview of very dark patch of sulfur, perhaps gupsum by M. Spilde and Leslie Melim

    Overview of very dark patch of sulfur, perhaps gupsum

  • Overview of very large reticulated filament going in and out of crust by George Braybrook, Leslie Melim, and Brian Jones

    Overview of very large reticulated filament going in and out of crust

  • Overview of very long reticulated filament, about 28 microns long by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Overview of very long reticulated filament, about 28 microns long

  • Overview of warclub crystals by M. Spilde, D. Northup, and L. Melim

    Overview of warclub crystals

  • Overview of web-like film by D. Northup and Leslie Melim

    Overview of web-like film

  • Overview of whole sample by George Braybrook, Leslie Melim, and Brian Jones

    Overview of whole sample

  • Overview, round disc shaped object with small reticulated filament next to it by George Braybrook, Leslie Melim, and Brian Jones

    Overview, round disc shaped object with small reticulated filament next to it

  • Overview shot by George Braybrook, Leslie Melim, and Brian Jones

    Overview shot

  • Overview shot of group of reticulated filaments. by M. Spilde and L. Melim

    Overview shot of group of reticulated filaments.

  • Overview shot of line of dark S-rich spots by M. Spilde, D. Northup, and L. Melim

    Overview shot of line of dark S-rich spots

  • Overview showing circular feature by M. Spilde, D. Northup, and L. Melim

    Overview showing circular feature

  • Overview with crystals, but no filaments by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Overview with crystals, but no filaments

  • Overview with film and cholla in calcite crystal by M. Spilde

    Overview with film and cholla in calcite crystal

  • Overview with larger dense layer by George Braybrook, Leslie Melim, and Brian Jones

    Overview with larger dense layer

  • Overview with ropy film by D. Northup and L. Melim

    Overview with ropy film

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

    Pair of reticulated filaments

  • Part of poorly preserved reticulated filament by George Braybrook, Leslie Melim, and Brian Jones

    Part of poorly preserved reticulated filament

  • Patch of film convering threads, spheroids and rods by M. Spilde

    Patch of film convering threads, spheroids and rods

  • Patch of platy clays by M. Spilde, D. Northup, and L. Melim

    Patch of platy clays

  • Pitted crystals with film by George Braybrook, Leslie Melim, and Brian Jones

    Pitted crystals with film

  • Platy crystals with mircorods by M. Spilde and Leslie Melim

    Platy crystals with mircorods

  • Poorly defined reticulated filament by M. Spilde, L. Melim, and D. Northup

    Poorly defined reticulated filament

  • Poorly preserved filament by George Braybrook, Leslie Melim, and Brian Jones

    Poorly preserved filament

  • Poorly preserved filament by M. Spilde, D. Northup, and L. Melim

    Poorly preserved filament

  • Poorly preserved filament surrounded by clays by M. Spilde, D. Northup, and L. Melim

    Poorly preserved filament surrounded by clays

  • Poorly preserved film by D. Northup and L. Melim

    Poorly preserved film

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

    Poorly preserved reticulated filament

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

    Poorly preserved reticulated filament

  • Poorly preserved reticulated filament by M. Spilde, L. Melim, S. Herpin, and J.M. Queen

    Poorly preserved reticulated filament

  • Poorly preserved reticulated filament by M. Spilde, D. Northup, L. Melim, and R. Liescheidt

    Poorly preserved reticulated filament

  • Poorly preserved reticulated filament coming out of hole by M. Spilde, D. Northup, L. Melim, and R. Liescheidt

    Poorly preserved reticulated filament coming out of hole

  • Poorly preserved reticulated filament going under rock by George Braybrook, Leslie Melim, and Brian Jones

    Poorly preserved reticulated filament going under rock

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

    Poorly preserved reticulated filaments

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

    Poorly preserved reticulated filaments

  • Poorly preserved smooth filament by M. Spilde, D. Northup, L. Melim, and R. Liescheidt

    Poorly preserved smooth filament

  • Possible biofilm pulling away from etched grains by M. Spilde, D. Northup, and L. Melim

    Possible biofilm pulling away from etched grains

  • Possible cast of filament in hole by George Braybrook, Leslie Melim, and Brian Jones

    Possible cast of filament in hole

  • Possible etched filament in hole by George Braybrook, Leslie Melim, and Brian Jones

    Possible etched filament in hole

  • Possible film area of moonmilk by D. Northup and Leslie Melim

    Possible film area of moonmilk

  • Possible hollow tube by George Braybrook, Leslie Melim, and Brian Jones

    Possible hollow tube

  • Possible microrods coating crystal by M. Spilde, D. Northup, and L. Melim

    Possible microrods coating crystal

  • Possible poorly etched reticulated filament by George Braybrook, Leslie Melim, and Brian Jones

    Possible poorly etched reticulated filament

  • Possible poorly preserved filament in etched surface by George Braybrook, Leslie Melim, and Brian Jones

    Possible poorly preserved filament in etched surface

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

    Protrusion of film

  • Punk area with film bridges by George Braybrook, Leslie Melim, and Brian Jones

    Punk area with film bridges

  • Punk zone overview by George Braybrook, Leslie Melim, and Brian Jones

    Punk zone overview

  • Raised hollow crusts by George Braybrook, Leslie Melim, and Brian Jones

    Raised hollow crusts

 

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