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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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  • Close up of two reticulated filaments overlapping and disappearing down hole by M. Spilde and Leslie Melim

    Close up of two reticulated filaments overlapping and disappearing down hole

  • Close up of very large filament with smaller filament by M. Spilde, D. Northup, and L. Melim

    Close up of very large filament with smaller filament

  • Close up of wormy stuff in corners of crystals by M. Spilde and Leslie Melim

    Close up of wormy stuff in corners of crystals

  • Close up of wormy stuff in corners of crystals by M. Spilde and Leslie Melim

    Close up of wormy stuff in corners of crystals

  • Close up on microrods, horizontal bands from charging by M. Spilde, D. Northup, and L. Melim

    Close up on microrods, horizontal bands from charging

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

    Close up reticulated filament

  • Close up up film in HC1_06.tif, note filamentous structure by D. Northup and Leslie Melim

    Close up up film in HC1_06.tif, note filamentous structure

  • Close view bridging filament by M. Spilde

    Close view bridging filament

  • Close view of bridging film and filaments by M. Spilde

    Close view of bridging film and filaments

  • Close view of broken crusts by George Braybrook, Leslie Melim, and Brian Jones

    Close view of broken crusts

  • Close view of chamber of film from d50-16 by M. Spilde and Leslie Melim

    Close view of chamber of film from d50-16

  • Close view of etched clay with film by George Braybrook, Leslie Melim, and Brian Jones

    Close view of etched clay with film

  • Close view of filament by M. Spilde, L. Melim, and D. Northup

    Close view of filament

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

    Close view of film

  • Close view of film with rings by George Braybrook, Leslie Melim, and Brian Jones

    Close view of film with rings

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

    Close view of hollow reticulated filament, bridging between crystals

  • Close view of interlocking needles in microspar by M. Spilde, D. Northup, and L. Melim

    Close view of interlocking needles in microspar

  • Close view of interlocking needles in microspar by M. Spilde, D. Northup, and L. Melim

    Close view of interlocking needles in microspar

  • Close view of interlocking needles in microspar by M. Spilde, D. Northup, and L. Melim

    Close view of interlocking needles in microspar

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

    Close view of poorly preserved filament

  • Close view of reticulated filament cross section by George Braybrook, Leslie Melim, and Brian Jones

    Close view of reticulated filament cross section

  • Close view of reticulated filament in tube by M. Spilde and Leslie Melim

    Close view of reticulated filament in tube

  • Close view of reticulated filament with end covered in film by George Braybrook, Leslie Melim, and Brian Jones

    Close view of reticulated filament with end covered in film

  • Close view of spaghetti nests by George Braybrook, Leslie Melim, and Brian Jones

    Close view of spaghetti nests

  • Close view of threads by M. Spilde

    Close view of threads

  • Close view showing etched relief by George Braybrook, Leslie Melim, and Brian Jones

    Close view showing etched relief

  • Clump of hairy rods by M. Spilde, D. Northup, and L. Melim

    Clump of hairy rods

  • Clump of microrods by M. Spilde, D. Northup, and L. Melim

    Clump of microrods

  • Clump of platy crystals by M. Spilde, D. Northup, and L. Melim

    Clump of platy crystals

  • Coated crystals with various filaments by M. Spilde and Leslie Melim

    Coated crystals with various filaments

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

    Collapsed reticulated filament

  • Complex mesh of filaments and/or film by George Braybrook, Leslie Melim, and Brian Jones

    Complex mesh of filaments and/or film

  • Concentric crystal with film and filaments by M. Spilde and Leslie Melim

    Concentric crystal with film and filaments

  • Concentric crystal with possible biofilm by M. Spilde and Leslie Melim

    Concentric crystal with possible biofilm

  • Contact between dense and punk layers, with smooth areas by George Braybrook, Leslie Melim, and Brian Jones

    Contact between dense and punk layers, with smooth areas

  • Cose up of web like area of filaments and film by George Braybrook, Leslie Melim, and Brian Jones

    Cose up of web like area of filaments and film

  • Cracked film by D. Northup and Leslie Melim

    Cracked film

  • Cross-section through end of reticulated filament showing how thin the texture is on a smooth core by George Braybrook, Leslie Melim, and Brian Jones

    Cross-section through end of reticulated filament showing how thin the texture is on a smooth core

  • Crust on detrital grain by D. Northup, M. Spilde, L. Melim, and R. Liescheidt

    Crust on detrital grain

  • Crystal and mircorod overview by M. Spilde and Leslie Melim

    Crystal and mircorod overview

  • Crystallites by George Braybrook, Leslie Melim, and Brian Jones

    Crystallites

  • Crystallites making larger fractured crystal by George Braybrook, Leslie Melim, and Brian Jones

    Crystallites making larger fractured crystal

  • Crystallites next to dense layer: mainly the dense layer to show the nature of fracture by George Braybrook, Leslie Melim, and Brian Jones

    Crystallites next to dense layer: mainly the dense layer to show the nature of fracture

  • Crystallites next to dense layer, possible coated microrods by George Braybrook, Leslie Melim, and Brian Jones

    Crystallites next to dense layer, possible coated microrods

  • Crystallites that could be coating something or just making larger crystals by George Braybrook, Leslie Melim, and Brian Jones

    Crystallites that could be coating something or just making larger crystals

  • Crystallites that look like they coat microrods by George Braybrook, Leslie Melim, and Brian Jones

    Crystallites that look like they coat microrods

  • Crystals coated in layer of wormy material by M. Spilde and Leslie Melim

    Crystals coated in layer of wormy material

  • Crystals with irregular coating by M. Spilde, D. Northup, and L. Melim

    Crystals with irregular coating

  • Crystal with clay rich core etched out by M. Spilde, D. Northup, L. Melim, and R. Liescheidt

    Crystal with clay rich core etched out

  • Crystal with small film bridge by George Braybrook, Leslie Melim, and Brian Jones

    Crystal with small film bridge

  • Curved filamet by M. Spilde, D. Northup, and L. Melim

    Curved filamet

  • Curved reticulated filament in calcite by D. Northup, M. Spilde, and L. Melim

    Curved reticulated filament in calcite

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

    Curved reticulated filaments and film

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

    Curved reticulated filaments in crystals

  • Curved stepped crystals by D. Northup and Leslie Melim

    Curved stepped crystals

  • Debris on end of large filament 2 microns in diameter by M. Spilde

    Debris on end of large filament 2 microns in diameter

  • Debris, ribbed filament and film on etched crystal by M. Spilde and Leslie Melim

    Debris, ribbed filament and film on etched crystal

  • Dense mesh of fine crystals in porous layer by M. Spilde, D. Northup, and L. Melim

    Dense mesh of fine crystals in porous layer

  • Dense web of felted filaments by M. Spilde and L. Melim

    Dense web of felted filaments

  • Detail, lower end of ropy film by George Braybrook, Leslie Melim, and Brian Jones

    Detail, lower end of ropy film

  • Detail of a hairy filament by George Braybrook, Leslie Melim, and Brian Jones

    Detail of a hairy filament

  • Detail of a large filament or ropy film by George Braybrook, Leslie Melim, and Brian Jones

    Detail of a large filament or ropy film

  • Detail of anhedral crystal mosaic with possible biofilm by M. Spilde, D. Northup, and L. Melim

    Detail of anhedral crystal mosaic with possible biofilm

  • Detail of area just above tp1-20.tif by M. Spilde, L. Melim, and D. Northup

    Detail of area just above tp1-20.tif

  • Detail of area of film from d50-21 by M. Spilde and Leslie Melim

    Detail of area of film from d50-21

  • Detail of area with filament covering film by M. Spilde

    Detail of area with filament covering film

  • Detail of attachment of filaments bridging between crystals by M. Spilde, D. Northup, and L. Melim

    Detail of attachment of filaments bridging between crystals

  • Detail of biofilm threads in LT2-01 by M. Spilde

    Detail of biofilm threads in LT2-01

  • Detail of boundary in Q06-5a-18 by M. Spilde, L. Melim, and D. Northup

    Detail of boundary in Q06-5a-18

  • Detail of bridging film by George Braybrook, Leslie Melim, and Brian Jones

    Detail of bridging film

  • Detail of bridging film by George Braybrook, Leslie Melim, and Brian Jones

    Detail of bridging film

  • Detail of broken end of filament by M. Spilde

    Detail of broken end of filament

  • Detail of calcite microrods by D. Northup, M. Spilde, L. Melim, and R. Liescheidt

    Detail of calcite microrods

  • Detail of center of reticulated filament from W314-32.TIF by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Detail of center of reticulated filament from W314-32.TIF

  • Detail of cholla and smooth filaments coming out of film with iron oxides by M. Spilde

    Detail of cholla and smooth filaments coming out of film with iron oxides

  • Detail of clay fabric by M. Spilde, D. Northup, and L. Melim

    Detail of clay fabric

  • Detail of clay from d46-22 by M. Spilde

    Detail of clay from d46-22

  • Detail of collapsed reticulated filament by M. Spilde, L. Melim, S. Herpin, and J.M. Queen

    Detail of collapsed reticulated filament

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

    Detail of collapsed reticulated filaments

  • Detail of complex mesh of filaments and/or film by George Braybrook, Leslie Melim, and Brian Jones

    Detail of complex mesh of filaments and/or film

  • Detail of complex mesh of filaments with branching and looping by George Braybrook, Leslie Melim, and Brian Jones

    Detail of complex mesh of filaments with branching and looping

  • Detail of crack in Mg coating by M. Spilde, L. Melim, and D. Northup

    Detail of crack in Mg coating

  • Detail of cross section through large pool finger by George Braybrook, Leslie Melim, and Brian Jones

    Detail of cross section through large pool finger

  • Detail of crust surface, note threads and possible film by M. Spilde, D. Northup, and L. Melim

    Detail of crust surface, note threads and possible film

  • Detail of curly filaments by George Braybrook, Leslie Melim, and Brian Jones

    Detail of curly filaments

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

    Detail of curved reticulated filament

  • Detail of dolomite patch by M. Spilde

    Detail of dolomite patch

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

    Detail of end of reticulated filament

  • Detail of end of reticulated filament from W314-30.TIF by D. Northup, M. Splide, L. Melim, R. Liescheidt, and A. Kooser

    Detail of end of reticulated filament from W314-30.TIF

  • Detail of etched end reticulated filament showing no texture by M. Spilde, L. Melim, S. Herpin, and J.M. Queen

    Detail of etched end reticulated filament showing no texture

  • Detail of etched fabric by M. Spilde, D. Northup, and L. Melim

    Detail of etched fabric

  • Detail of euhedral crystals by George Braybrook, Leslie Melim, and Brian Jones

    Detail of euhedral crystals

  • Detail of euhedral crystals with film bridges by George Braybrook, Leslie Melim, and Brian Jones

    Detail of euhedral crystals with film bridges

  • Detail of filament etching out of rock by George Braybrook, Leslie Melim, and Brian Jones

    Detail of filament etching out of rock

  • Detail of filament heading down hole by M. Spilde, D. Northup, and L. Melim

    Detail of filament heading down hole

  • Detail of filament just inside the detrital grain by M. Spilde, D. Northup, and L. Melim

    Detail of filament just inside the detrital grain

  • Detail of filament made up of several layers by M. Spilde, D. Northup, and L. Melim

    Detail of filament made up of several layers

  • Detail of filaments in film with spheroids by D. Northup and Leslie Melim

    Detail of filaments in film with spheroids

  • Detail of filaments in film with spheroids; note two different filament sizes by D. Northup and Leslie Melim

    Detail of filaments in film with spheroids; note two different filament sizes

  • Detail of filament with clay inclusions by M. Spilde, L. Melim, S. Herpin, and J.M. Queen

    Detail of filament with clay inclusions

 

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