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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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  • Recrystallization area by M. Spilde, L. Melim, and D. Northup

    Recrystallization area

  • Repeat of q16-1-27.tif, the film shrank under the SEM beam by M. Spilde, D. Northup, and L. Melim

    Repeat of q16-1-27.tif, the film shrank under the SEM beam

  • Reticulated and smooth filament overview by M. Spilde, D. Northup, and L. Melim

    Reticulated and smooth filament overview

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

    Reticulated filament

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

    Reticulated filament

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

    Reticulated filament and film

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

    Reticulated filament and film bridging crystals

  • Reticulated filament and film bridging openings by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament and film bridging openings

  • Reticulated filament and film on crystals by Michael Spilde

    Reticulated filament and film on crystals

  • Reticulated filament and large film channel by D. Northup and Leslie Melim

    Reticulated filament and large film channel

  • Reticulated filament at edge of low relief area by M. Spilde, D. Northup, and L. Melim

    Reticulated filament at edge of low relief area

  • Reticulated filament bridging crystals by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament bridging crystals

  • Reticulated filament bridging gap by M. Spilde, D. Northup, and L. Melim

    Reticulated filament bridging gap

  • Reticulated filament bridging gap by M. Spilde, D. Northup, and L. Melim

    Reticulated filament bridging gap

  • Reticulated filament bridging substrate by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament bridging substrate

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

    Reticulated filament coming out of hole

  • Reticulated filament crossing image by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Reticulated filament crossing image

  • Reticulated filament draped over etched crystals by M. Spilde, D. Northup, and L. Melim

    Reticulated filament draped over etched crystals

  • Reticulated filament emerging and going into crystals by D. Northup, M. Spilde, and L. Melim

    Reticulated filament emerging and going into crystals

  • Reticulated filament emerging from substrate by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament emerging from substrate

  • Reticulated filament emerging from tube by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Reticulated filament emerging from tube

  • Reticulated filament emerging from tube in crystals by M. Spilde and Leslie Melim

    Reticulated filament emerging from tube in crystals

  • Reticulated filament entering clay at both ends by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament entering clay at both ends

  • Reticulated filament entering hole by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament entering hole

  • Reticulated filament entering substrate by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament entering substrate

  • Reticulated filament filament and bridging film by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament filament and bridging film

  • Reticulated filament going from flat on rock to tube crossing bridge and then back to flat by M. Spilde, D. Northup, and L. Melim

    Reticulated filament going from flat on rock to tube crossing bridge and then back to flat

  • Reticulated filament going into clay by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament going into clay

  • Reticulated filament going under substrate by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament going under substrate

  • Reticulated filament in channel by M. Spilde and Leslie Melim

    Reticulated filament in channel

  • Reticulated filament in crevasse by M. Spilde and Leslie Melim

    Reticulated filament in crevasse

  • Reticulated filament in crystals by D. Northup, M. Spilde, and L. Melim

    Reticulated filament in crystals

  • Reticulated filament in etched by M. Spilde and L. Melim

    Reticulated filament in etched

  • Reticulated filament in hollow crust by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament in hollow crust

  • Reticulated filament in pit by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament in pit

  • Reticulated filament in tube by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament in tube

  • Reticulated filament in tube by M. Spilde and Leslie Melim

    Reticulated filament in tube

  • Reticulated filament in valley by M. Spilde, D. Northup, and L. Melim

    Reticulated filament in valley

  • Reticulated filament next to round body by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament next to round body

  • Reticulated filament next to round body, close up by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament next to round body, close up

  • Reticulated filament on crystals by M. Spilde and Leslie Melim

    Reticulated filament on crystals

  • Reticulated filament, poorly perserved by M. Spilde, D. Northup, L. Melim, and R. Liescheidt

    Reticulated filament, poorly perserved

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

    Reticulated filaments

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

    Reticulated filaments

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

    Reticulated filaments

  • Reticulated filaments and film by D. Northup and Leslie Melim

    Reticulated filaments and film

  • Reticulated filaments and film by D. Northup and Leslie Melim

    Reticulated filaments and film

  • Reticulated filaments bridging crystals by M. Spilde and L. Melim

    Reticulated filaments bridging crystals

  • Reticulated filaments, collapsed tubes by M. Spilde, D. Northup, and L. Melim

    Reticulated filaments, collapsed tubes

  • Reticulated filaments entering substrate with film by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filaments entering substrate with film

  • Reticulated filaments going into film by M. Spilde, D. Northup, and L. Melim

    Reticulated filaments going into film

  • Reticulated filaments in clay by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filaments in clay

  • Reticulated filaments in spar by M. Spilde and Leslie Melim

    Reticulated filaments in spar

  • Reticulated filaments in spar by M. Spilde, L. Melim, S. Herpin, and J.M. Queen

    Reticulated filaments in spar

  • Reticulated filament spanning crystals by D. Northup, M. Spilde, and L. Melim

    Reticulated filament spanning crystals

  • Reticulated filament that appears to bend by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Reticulated filament that appears to bend

  • Reticulated filament that goes from textured to smooth by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Reticulated filament that goes from textured to smooth

  • Reticulated filament with a tear by D. Northup and Leslie Melim

    Reticulated filament with a tear

  • Reticulated filament with clays and film by M. Spilde, D. Northup, and L. Melim

    Reticulated filament with clays and film

  • Reticulated filament with end covered in film by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament with end covered in film

  • Reticulated filament with flattened tube by D. Northup and Leslie Melim

    Reticulated filament with flattened tube

  • Reticulated filament with good cross-section by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament with good cross-section

  • Reticulated filament with nice tube shape by M. Spilde and Leslie Melim

    Reticulated filament with nice tube shape

  • Reticulated filament with ropy filament by George Braybrook, Leslie Melim, and Brian Jones

    Reticulated filament with ropy filament

  • Reticulated on etched crystal by M. Spilde

    Reticulated on etched crystal

  • Ribbed filament with odd feature next to it, with high carbon signal by M. Spilde and Leslie Melim

    Ribbed filament with odd feature next to it, with high carbon signal

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

    Ribbon of reticulated filament

  • Rods and spheroid by M. Spilde, D. Northup, L. Melim, and R. Liescheidt

    Rods and spheroid

  • Ropy filament by M. Spilde and Leslie Melim

    Ropy filament

  • Ropy filament by M. Spilde and Leslie Melim

    Ropy filament

  • Ropy filament attaching to film by George Braybrook, Leslie Melim, and Brian Jones

    Ropy filament attaching to film

  • Ropy filament with finer filaments by George Braybrook, Leslie Melim, and Brian Jones

    Ropy filament with finer filaments

  • Ropy film by George Braybrook, Leslie Melim, and Brian Jones

    Ropy film

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

    Ropy film

  • Ropy film and possible smooth filaments by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Ropy film and possible smooth filaments

  • Ropy film attaching to crystals by George Braybrook, Leslie Melim, and Brian Jones

    Ropy film attaching to crystals

  • Ropy film bridging substrate by D. Northup and L. Melim

    Ropy film bridging substrate

  • Ropy film filaments and clay by M. Spilde, D. Northup, and L. Melim

    Ropy film filaments and clay

  • Ropy film on crystals by M. Spilde, L. Melim, and D. Northup

    Ropy film on crystals

  • Round body by George Braybrook, Leslie Melim, and Brian Jones

    Round body

  • Round body by George Braybrook, Leslie Melim, and Brian Jones

    Round body

  • Round body overview by George Braybrook, Leslie Melim, and Brian Jones

    Round body overview

  • Rounded plates of hydromagnesite by M. Spilde, D. Northup, and L. Melim

    Rounded plates of hydromagnesite

  • Round feature where two fingers meet by M. Spilde, L. Melim, and D. Northup

    Round feature where two fingers meet

  • Round holes with possible biofilm by M. Spilde, D. Northup, L. Melim, and R. Liescheidt

    Round holes with possible biofilm

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

    Segmented filament and film

  • Segmented filament bridging substrate by George Braybrook, Leslie Melim, and Brian Jones

    Segmented filament bridging substrate

  • Segmented filaments and film by M. Spilde and Leslie Melim

    Segmented filaments and film

  • Segmented filaments bridging crystals by M. Spilde and Leslie Melim

    Segmented filaments bridging crystals

  • Segmented filament standing up from crystal by M. Spilde, D. Northup, and L. Melim

    Segmented filament standing up from crystal

  • SEM of crust by M. Spilde, D. Northup, and L. Melim

    SEM of crust

  • SEM photo 29-04B_72-a.jpg by George Braybrook, Leslie Melim, and Brian Jones

    SEM photo 29-04B_72-a.jpg

  • SEM photo PF2P-25.TIF by Michael Spilde and Leslie Melim

    SEM photo PF2P-25.TIF

  • SEM photo QM8-17.TIF by Michael Spilde

    SEM photo QM8-17.TIF

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

    Several bridging film

  • Several filaments of different size, some divided by M. Spilde, D. Northup, and L. Melim

    Several filaments of different size, some divided

  • Several fuzzy filaments, on crystals by M. Spilde and Leslie Melim

    Several fuzzy filaments, on crystals

  • Several holes with possible biofilm by M. Spilde, D. Northup, L. Melim, and R. Liescheidt

    Several holes with possible biofilm

  • Short hollow filament by George Braybrook, Leslie Melim, and Brian Jones

    Short hollow filament

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

    Small and large filaments

 

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