Data from: Nutrient distribution and absorption in the colonial hydroid Podocoryna carnea is sequentially diffusive and directional

Buss LW, Anderson CP, Perry EK, Buss ED, Bolton EW

Date Published: October 1, 2015

DOI: http://dx.doi.org/10.5061/dryad.5md80

 

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Title B1_Replicate Early Ontogeny_Oct 1
Downloaded 5 times
Description Digitized images documenting colony morphology for replicate films. Scale bar = 1mm. Blue open circle corresponds to size and location of fed polyp. Red open circles correspond to size and locations of unfed stolons.
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Title B2_Replicate Mid-Ontogeny_2 Jul
Downloaded 2 times
Description Digitized images documenting colony morphology for replicate films. Scale bar = 1mm. Blue open circle corresponds to size and location of fed polyp. Red open circles correspond to size and locations of unfed stolons.
Download B2_Replicate Mid-Ontogeny_2 Jul.tif (1.617 Mb)
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Title B3 Replicate_Late Ontogeny_March 19
Downloaded 2 times
Description Digitized images documenting colony morphology for replicate films. Scale bar = 1mm. Blue open circle corresponds to size and location of fed polyp. Red open circles correspond to size and locations of unfed stolons.
Download B3 Replicate_Late Ontogeny_March 19.tif (1.354 Mb)
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Title B4_Replicate_Medusae-bearing Colony_8 July
Downloaded 3 times
Description Digitized images documenting colony morphology for replicate films. Scale bar = 1mm. Blue open circle corresponds to size and location of fed polyp. Red open circles correspond to size and locations of unfed stolons.
Download B4_Replicate_Medusae-bearing Colony_8 July.tif (2.644 Mb)
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Title B5_Replicate Stolon Growth_20 Jun
Downloaded 3 times
Description Digitized images documenting colony morphology for replicate films. Scale bar = 1mm. Blue open circle corresponds to size and location of fed polyp. Red open circles correspond to size and locations of unfed stolons.
Download B5_Replicate Stolon Growth_20 Jun.tif (202.5 Kb)
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Title A1 Early ontogeny_15 Oct_Short
Downloaded 4 times
Description Early ontogeny colony_15 Oct_Short First image at 22 minutes post-feeding, subsequent images at 10 sec intervals. Exposure = 1 sec. The short exposure was used to quantify the luminosity of the fed polyp. Scale: 6.74 µm/pixel.
Download A1 Early ontogeny_15 Oct_Short.zip (241.8 Mb)
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Title A2 Early ontogeny_15 Oct_Long
Downloaded 2 times
Description Early ontogeny colony_15 Oct_Long First image at 22 minutes post-feeding, subsequent images at 10 sec intervals. Exposure = 4 sec. The long exposure was used to quantify the luminosity of the unfed polyps and hydrorhiza. Scale: 6.74 µm/pixel.
Download A2 Early ontogeny_15 Oct_Long.zip (969.4 Mb)
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Title A3 Mid-ontogeny colony_22 July
Downloaded 3 times
Description Mid-ontogeny colony_22 Jul First image at 43 minutes post-feeding, subsequent images at 3 hour intervals. Exposure = 5 sec. Scale: 2.4 µm/pixel.
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Title A4 Late ontogeny_12 June_Short
Downloaded 4 times
Description Late ontogeny colony_12 June 2014_Short 1.3 First image at 16 minutes post-feeding, subsequent images at 10 sec intervals. Exposure = 0.5 sec. The short exposure was used to quantify the luminosity of the fed polyp. Scale: 5.97 µm/pixel.
Download A4 Late ontogeny_12 June_Short.zip (328.0 Mb)
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Title A5 Late ontogeny_12 June_Long_pt 1
Downloaded 4 times
Description Late ontogeny colony_12 June 2014_Long First image at 16 minutes post-feeding, subsequent images at 10 sec intervals. Exposure = 5 sec. The short exposure was used to quantify the luminosity of the fed polyp. Scale: 5.97 µm/pixel. To meet upload specs, tiff files from this study have been divided into 2 folders- this is part 1.
Download A5 Late ontogeny_12 June_Long_pt 1.zip (726.7 Mb)
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Title A5 Late ontogeny_12 June_Long_pt 2
Downloaded 3 times
Description Late ontogeny colony_12 June 2014_Long_pt 2 First image at 16 minutes post-feeding, subsequent images at 10 sec intervals. Exposure = 5 sec. The short exposure was used to quantify the luminosity of the fed polyp. Scale: 5.97 µm/pixel. To meet upload specs, tiff files from this study have been divided into 2 folders- this is part 2.
Download A5 Late ontogeny_12 June_Long_pt 2.zip (724.2 Mb)
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Title A6 Medusa-bearing Colony_3 Oct_Short
Downloaded 2 times
Description Medusae-bearing colony_3 Oct_Short First image at 21 minutes post-feeding, subsequent images at 10 sec intervals. Exposure = 0.5 sec. The short exposure was used to quantify the luminosity of the fed polyp. Scale: 3.6 µm/pixel.
Download A6 Medusa-bearing Colony_3 Oct_Short.zip (397.3 Mb)
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Title A7 Medusa-bearing Colony_3 Oct_Long_pt 1
Downloaded 4 times
Description Medusae-bearing colony_3 Oct_Long_pt 1 First image at 21 minutes post-feeding, subsequent images at 10 sec intervals. Exposure = 2 sec. The long exposure was used to quantify the luminosity of the unfed polyps and hydrorhiza. Scale: 3.6 µm/pixel. To meet upload specs, tiff files from this study have been divided into 2 folders- this is part 1.
Download A7 Medusa-bearing Colony_3 Oct_Long_pt 1.zip (848.6 Mb)
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Title A7 Medusa-bearing Colony_3 Oct_Long_pt 2
Downloaded 4 times
Description Medusae-bearing colony_3 Oct_Long_pt 2 First image at 21 minutes post-feeding, subsequent images at 10 sec intervals. Exposure = 2 sec. The long exposure was used to quantify the luminosity of the unfed polyps and hydrorhiza. Scale: 3.6 µm/pixel. To meet upload specs, tiff files from this study have been divided into 2 folders- this is part 2.
Download A7 Medusa-bearing Colony_3 Oct_Long_pt 2.zip (776.2 Mb)
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Title A8 Cut Stolon study_1 March
Downloaded 5 times
Description Cut stolon experiment_1 Mar First image at 35 minutes post-feeding, subsequent images at 1 hour intervals. Exposure for frames 1-5 = 4 sec, exposure for remaining frames = 8 sec. Scale: 3.26 µm/pixel.
Download A8 Cut Stolon study_1 March.zip (588.8 Mb)
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Title A9 Fed Polyp_10 Sept
Downloaded 3 times
Description Fed Polyp_10 Sept First image at 15 minutes post-feeding, subsequent images at 10 second intervals. Exposure = 4 sec. Scale: 3.08 µm/pixel.
Download A9 Fed Polyp_10 Sept.zip (913.5 Mb)
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Title C1 Replicate Early ontogeny_1 Oct_Short
Downloaded 3 times
Description Replicate_Early Ontogeny_1 Oct_Short First image at 25 minutes post-feeding, subsequent images at 10 second intervals. Exposure = 0.5 sec. Scale: 6.74 µm/pixel. The short exposure may be used to quantify the luminosity of the fed polyp.
Download C1 Replicate Early ontogeny_1 Oct_Short.zip (219.5 Mb)
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Title C2 Replicate_Early ontogeny_1 Oct_Long
Downloaded 3 times
Description Replicate_Early Ontogeny_1 Oct_ Long First image at 25 minutes post-feeding, subsequent images at 10 second intervals. Exposure = 2 sec. Scale: 6.74 µm/pixel. The long exposure may be used to quantify the luminosity of unfed polyps and hydrorhiza.
Download C2 Replicate_Early ontogeny_1 Oct_Long.zip (710.0 Mb)
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Title C3 Replicate_Mid Ontogeny_2 July_short
Downloaded 4 times
Description Replicate_Mid-Ontogeny_2 Jul_Short First image at 24 minutes post-feeding, subsequent images at 9 second intervals. Exposure = 0.5 sec. Scale: 6.74 µm/pixel. The short exposure may be used to quantify the luminosity of the fed polyp.
Download C3 Replicate_Mid Ontogeny_2 July_short.zip (283.4 Mb)
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Title C4 Replicate_Mid Ontogeny_2 July_long
Downloaded 5 times
Description Replicate_Mid-Ontogeny_2 Jul_Long First image at 24 minutes post-feeding, subsequent images at 9 second intervals. Exposure = 5 sec. Scale: 6.74 µm/pixel. The long exposure may be used to quantify the luminosity of unfed polyps and hydrorhiza.
Download C4 Replicate_Mid Ontogeny_2 July_long.zip (802.9 Mb)
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Title C5 Replicate_Late ontogeny_19 March_Short
Downloaded 5 times
Description Replicate_Late Ontogeny_19 Mar_Short First image at 35 minutes post-feeding, subsequent images at 9 second intervals. Exposure = 50 msec. Scale: 6.74 µm/pixel. The short exposure may be used to quantify the luminosity of the fed polyp.
Download C5 Replicate_Late ontogeny_19 March_Short.zip (291.4 Mb)
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Title C6 Replicate_Late ontogeny_19 March_Long_pt 1
Downloaded 3 times
Description Replicate_Late Ontogeny_19 Mar_Long_pt 1 First image at 35 minutes post-feeding, subsequent images at 9 second intervals. Exposure = 5 sec. Scale: 6.74 µm/pixel. The long exposure may be used to quantify the luminosity of unfed polyps and hydrorhiza. To meet upload specs, tiff files from this study have been divided into 2 folders- this is part 1.
Download C6 Replicate_Late ontogeny_19 March_Long_pt 1.zip (830.1 Mb)
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Title C6 Replicate_Late ontogeny_19 March_Long_pt 2
Downloaded 4 times
Description Replicate_Late Ontogeny_19 Mar_Long_pt 2 First image at 35 minutes post-feeding, subsequent images at 9 second intervals. Exposure = 5 sec. Scale: 6.74 µm/pixel. The long exposure may be used to quantify the luminosity of unfed polyps and hydrorhiza. To meet upload specs, tiff files from this study have been divided into 2 folders- this is part 2.
Download C6 Replicate_Late ontogeny_19 March_Long_pt 2.zip (882.2 Mb)
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Title C7 Replicate_Medusa-bearing_8 July_Short
Downloaded 5 times
Description Replicate_Medusae-bearing_ 8 Jul_Short First image at 19 minutes post-feeding, subsequent images at 9 second intervals. Exposure = 0.5 sec. Scale: 6.74 µm/pixel. The short exposure may be used to quantify the luminosity of the fed polyp.
Download C7 Replicate_Medusa-bearing_8 July_Short.zip (299.5 Mb)
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Title C8 Replicate_Medusa-bearing_8 July_Long_pt 1
Downloaded 2 times
Description Replicate_Medusae-bearing_ 8 Jul_Long_part 1 First image at 19 minutes post-feeding, subsequent images at 9 second intervals. Exposure = 5 sec. Scale: 6.74 µm/pixel. The long exposure may be used to quantify the luminosity of unfed polyps and hydrorhiza. To meet upload specs, tiff files from this study have been divided into 2 folders- this is part 1.
Download C8 Replicate_Medusa-bearing_8 July_Long_pt 1.zip (532.0 Mb)
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Title C8 Replicate_Medusa-bearing_8 July_Long_pt 2
Downloaded 5 times
Description Replicate_Medusae-bearing_ 8 Jul_Long_part 2 First image at 19 minutes post-feeding, subsequent images at 9 second intervals. Exposure = 5 sec. Scale: 6.74 µm/pixel. The long exposure may be used to quantify the luminosity of unfed polyps and hydrorhiza. To meet upload specs, tiff files from this study have been divided into 2 folders- this is part 2.
Download C8 Replicate_Medusa-bearing_8 July_Long_pt 2.zip (535.6 Mb)
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Title C9 Replicate_Stolon Growth_20 June
Downloaded 3 times
Description Replicate_ Stolon Growth_20 Jun First image at 27 minutes post-feeding, subsequent images at 3 hour intervals. Exposure = 0.45 sec for frames 1-8, 4 sec for frames 9-24. sec. Scale: 2.45 µm/pixel.
Download C9 Replicate_Stolon Growth_20 June.zip (158.0 Mb)
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Title C10 Replicate_Fed Polyp_17 Sept
Downloaded 4 times
Description Replicate_Fed Polyp_17 Sept First image at 20 minutes post-feeding, subsequent images at 10 second intervals. Exposure = 0.75 sec. Scale: 3.27 µm/pixel.
Download C10 Replicate_Fed Polyp_17 Sept.zip (987.6 Mb)
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When using this data, please cite the original publication:

Buss LW, Anderson CP, Perry EK, Buss ED, Bolton EW (2015) Nutrient distribution and absorption in the colonial hydroid Podocoryna carnea is sequentially diffusive and directional. PLOS ONE 10(9): e0136814. http://dx.doi.org/10.1371/journal.pone.0136814

Additionally, please cite the Dryad data package:

Buss LW, Anderson CP, Perry EK, Buss ED, Bolton EW (2015) Data from: Nutrient distribution and absorption in the colonial hydroid Podocoryna carnea is sequentially diffusive and directional. Dryad Digital Repository. http://dx.doi.org/10.5061/dryad.5md80
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