Difference between revisions of "Category:Safflower: Ukiyo-e colorant"

From CAMEO
Jump to navigation Jump to search
 
(8 intermediate revisions by the same user not shown)
Line 1: Line 1:
  
[[File:SC323786.jpg|right|200px|link=Kunisada, Actor Sawamura Tanosuke II, from the series Actor Rebuses, 11.42324|Actor Sawamura Tanosuke II by Utagawa Kunisada]]
+
[[File:SC323786.jpg|right|300px|link=Kunisada, Actor Sawamura Tanosuke II, from the series Actor Rebuses, 11.42324|Actor Sawamura Tanosuke II by Utagawa Kunisada]]
  
<font size="3">'''[[Safflower]]'''</font> 紅花(''benibana''): An organic red obtained from the florets of ''Carthamus tinctorius'', it produces a wide range of tones from pale pink to red. The florets are picked, washed, massaged, and fermented to create safflower cakes (紅餅 ''beni mochi'') from which the red dye can be extracted later. Dried florets can also be used to extract the dye directly. The florets are first washed with water to remove non-lightfast yellow chromophors including several quinochalcones. The red colorant, primarily carthamin, is then extracted in an alkaline solution. Safflower was grown throughout Japan during the Edo period for use as a cosmetic and food dye. The area of Yamagata was known as a producer of high quality benibana and still produces it today.
+
<font size="3">'''[[Safflower]]'''</font> 紅花 (''benibana''): An organic red obtained from the florets of ''Carthamus tinctorius'', it produces a wide range of tones from pale pink to red. The florets are picked, washed, massaged, and fermented to create safflower cakes (紅餅 ''beni mochi'') from which the red dye can be extracted later. Dried florets can also be used to extract the dye directly. The florets are first washed with water to remove non-lightfast yellow chromophors including several quinochalcones. The red colorant, primarily carthamin, is then extracted in an alkaline solution. Safflower was grown throughout Japan during the Edo period for use as a cosmetic and dye. The area of Yamagata was known as a producer of high quality benibana and still produces it today.
  
Safflower can appear as a pale pink, such as the delicate pink used to depict  subtle eye shadow or blush effects as well as deeper reds. Safflower was noted to be an expensive colorant and often required multiple printings to achieve darker colors. Safflower and [[:Category:Madder: Ukiyo-e colorant|madder]] are the most commonly found reds before the introduction of aniline dyes in the 1860's. Red safflower and madder  are found as a single colorant or as a mixture of the two. Although the visual difference between red safflower or madder used alone and a mixture of the two is currently difficult to discern, madder may have been used to extend the safflower. Safflower is most commonly mixed with [[:Category:Dayflower: Ukiyo-e colorant|dayflower]] to produce [[:Category:Dayflower/Safflower: Ukiyo-e colorant|purple]]. The safflower and dayflower combination is continuously detected even after the introduction of synthetic colorants such as [[:Category:Prussian Blue: Ukiyo-e colorant|Prussian blue]] and aniline dyes, which seems to indicate that the tone obtained by the two was preferred over other possible mixtures of reds and blues.
+
Safflower can appear as a pale pink, such as the delicate pink used to depict  subtle eye shadow or blush effects as well as deeper reds. Safflower was noted to be an expensive colorant and often required multiple printings to achieve darker colors. Safflower and [[:Category:Madder: Ukiyo-e colorant|madder]] are the most commonly found reds before the introduction of aniline dyes in the 1860s. Red safflower and madder  are found as a single colorant or as a mixture of the two. Although the visual difference between red safflower or madder used alone and a mixture of the two is currently difficult to discern, madder may have been used to extend the safflower. Safflower is most commonly mixed with [[:Category:Dayflower: Ukiyo-e colorant|dayflower]] to produce [[:Category:Dayflower/Safflower: Ukiyo-e colorant|purple]]. The safflower and dayflower combination is continuously detected even after the introduction of synthetic colorants such as [[:Category:Prussian Blue: Ukiyo-e colorant|Prussian blue]] and aniline dyes, which seems to indicate that the tone obtained by the two was preferred over other possible mixtures of reds and blues.
  
'''For additional information see:''' [[Safflower]], [[Safflower (Carthamus tinctorius) LC]], [https://powo.science.kew.org/taxon/urn:lsid:ipni.org:names:324467-2 ''Carthamus tinctorius'' (Kew)]
+
'''For additional information see:''' [[Safflower]], [[Safflower (Carthamus tinctorius) LC]], Uemura Dye Archive: [[Benibana_(Safflower)_-_right_(239_R)|Safflower]], [https://powo.science.kew.org/taxon/urn:lsid:ipni.org:names:324467-2 ''Carthamus tinctorius'' (Kew)]
 +
<br>
 
<br>
 
<br>
  
Line 49: Line 50:
  
 
== Analysis ==
 
== Analysis ==
Excitation Emission Matrix (EEM) spectroscopy can easily identify the organic reds: safflower, [[:Category:Madder: Ukiyo-e colorant|madder]], and [[:Category:Sappanwood: Ukiyo-e colorant|sappanwood]]. Safflower fluoresces under UVA radiation and produces a unique EEM plot, even when the safflower has visually faded to a dull brownish red. In addition to the fluorescence for the red chromophor, the pattern often contained an additional peak for the yellow chromophore that was supposedly removed in the preparation of the red colorant but often needed several washings for complete elimination.  
+
Excitation Emission Matrix (EEM) spectroscopy can easily identify the organic reds: safflower, [[:Category:Madder: Ukiyo-e colorant|madder]], and [[:Category:Sappanwood: Ukiyo-e colorant|sappanwood]]. Safflower fluoresces under UVA radiation and produces a unique EEM plot, even when the safflower has visually faded to a dull brownish red. In addition to the fluorescence for the red chromophor, the pattern often contains an additional peak for the yellow chromophore that is usually removed during the preparation of the red colorant but it may have been difficult to completely remove since several washings was needed for complete elimination.  
  
  
Line 63: Line 64:
 
==Images of Safflower ==  
 
==Images of Safflower ==  
 
<gallery>
 
<gallery>
Safflower_plant.jpg |Safflower plant (''Carthamus tinctorius'')
+
File:Benibana field.jpg |''Carthamus tinctorius''
safflower_raw_1.jpg|thumb|Safflower petals
+
File:Picked safflower petals.jpg|Picked safflower petals
 +
safflower_raw_1.jpg|Dried safflower petals
 
05 Safflower_petal cakes.jpg|Safflower cakes
 
05 Safflower_petal cakes.jpg|Safflower cakes
 +
saikubeni.jpg|Safflower colorant (細工紅 ''saiku beni''), <small>by Isehan Honten</small>|link=https://www.isehanhonten.co.jp/en/
 +
Cosmetic beni.jpg|Cosmetic beni (小町紅 ''komachi beni''), <small>by Isehan Honten</small>|link=https://www.isehanhonten.co.jp/en/about/
 
beni_safflower.jpg|Paper dyed with safflower
 
beni_safflower.jpg|Paper dyed with safflower
saikubeni.jpg|Safflower colorant, <small>by Isehan Honten</small>
+
File:Printed safflower-cropped.jpg|Printed safflower
Cosmetic beni.jpg|Cosmetic beni (Rouge), <small>by Isehan Honten</small>
+
NMAH-AHB2017q005544.jpg|Safflower, <small>by National Museum of American History</small>|link=https://americanhistory.si.edu/collections/nmah_1323746
 +
File:7OiG-WjbCQA-HD.jpg|In Search of Forgotten Colours (video), <small>by Victoria and Albert Museum</small>|link=https://youtu.be/7OiG-WjbCQA?si=j-E_qNaPeGbqO1bX&t=323
 +
File:VqSR6l88moY-SD.jpg|Mogami Beni-Color of Mystery (video), <small>by Japan Video Topics</small>|link=https://www.youtube.com/watch?v=vqSR6l88moY
 
</gallery>
 
</gallery>
  

Latest revision as of 21:25, 12 April 2024

Actor Sawamura Tanosuke II by Utagawa Kunisada

Safflower 紅花 (benibana): An organic red obtained from the florets of Carthamus tinctorius, it produces a wide range of tones from pale pink to red. The florets are picked, washed, massaged, and fermented to create safflower cakes (紅餅 beni mochi) from which the red dye can be extracted later. Dried florets can also be used to extract the dye directly. The florets are first washed with water to remove non-lightfast yellow chromophors including several quinochalcones. The red colorant, primarily carthamin, is then extracted in an alkaline solution. Safflower was grown throughout Japan during the Edo period for use as a cosmetic and dye. The area of Yamagata was known as a producer of high quality benibana and still produces it today.

Safflower can appear as a pale pink, such as the delicate pink used to depict subtle eye shadow or blush effects as well as deeper reds. Safflower was noted to be an expensive colorant and often required multiple printings to achieve darker colors. Safflower and madder are the most commonly found reds before the introduction of aniline dyes in the 1860s. Red safflower and madder are found as a single colorant or as a mixture of the two. Although the visual difference between red safflower or madder used alone and a mixture of the two is currently difficult to discern, madder may have been used to extend the safflower. Safflower is most commonly mixed with dayflower to produce purple. The safflower and dayflower combination is continuously detected even after the introduction of synthetic colorants such as Prussian blue and aniline dyes, which seems to indicate that the tone obtained by the two was preferred over other possible mixtures of reds and blues.

For additional information see: Safflower, Safflower (Carthamus tinctorius) LC, Uemura Dye Archive: Safflower, Carthamus tinctorius (Kew)

Examples of Safflower in Ukiyo-e Prints

11.13297-pt5.png

11.13297-pt5eem.png
Actor Ogino Izaburo I... by Torii Kiyomasu

11.19048-pt1.png

11.19048 Safflower-EEM.png
Rain in the Fifth Month by Ishikawa Toyonobu

200px

Indigo FORS.JPG
Nishikigi of the Kanaya... by Suzuki Harunobu

11.14971-pt4.png

11.14971-pt4-EEM.png
Actors Ichikawa Danjûrô V... by Katsukawa Shunko

11.42324-pt5.png

Indigo FORS.JPG
Actor Sawamura Tanosuke II... by Torii Kunisada

11.17904-pt4.jpg

11.17904-pt5EEM.png
Seijûrô and Onatsu... by Keisai Eisen

Analysis

Excitation Emission Matrix (EEM) spectroscopy can easily identify the organic reds: safflower, madder, and sappanwood. Safflower fluoresces under UVA radiation and produces a unique EEM plot, even when the safflower has visually faded to a dull brownish red. In addition to the fluorescence for the red chromophor, the pattern often contains an additional peak for the yellow chromophore that is usually removed during the preparation of the red colorant but it may have been difficult to completely remove since several washings was needed for complete elimination.



Images of Safflower

List of Prints

Below is a list of prints where safflower was detected.

Pages in category "Safflower: Ukiyo-e colorant"

The following 55 pages are in this category, out of 55 total.

K