Effect of altitude on reproductive ingredient and sex allocation of different colors of Anemone obtusiloba in populations

Abstract In this study, we aimed to explore the effect of altitude on reproductive ingredient and sex allocation of different colors of Anemone obtusiloba in populations. The variations of reproductive ingredient and sex allocation of three colors of Anemone obtusiloba in different four altitudinal gradients at the eastern Qinghai Tibetan Plateau were examined. Our results showed that with the increased altitude, gynoecium/flower, androceium/flower and gynoecium/individual were increased, but androceium/individual, gynoecium number/flower, androceium number/flower, gynoecium number/ individual and androceium number/individual in three flower color of Anemone obtusiloba were decreased. Besides, male allocation and ♂/♀ were also decreased, which showed female-biased sex allocation. Furthermore, in the four altitudinal gradients, the individual size of same color was positively correlated with reproductive ingredient, and altitude had a direct impact on size-dependent reproductive ingredient. However, there were not certain correlations between male allocation, ♂/♀ and individual size in the same color of Anemone obtusiloba. Moreover, in the four altitudinal gradients, the reproductive investment of same color was positively correlated with gynoecium and androceium, but there were not certain correlations between male allocation, ♂/♀ and reproductive investment. In conclusion, altitude had a significant effect on reproductive ingredient and sex allocation in different colors of Anemone obtusiloba. Different colors of Anemone obtusiloba all increased of female function with the increased altitude. However, there were difference in influence mechanism of altitude on size-dependent reproductive ingredient and distribution between female and male function of resource.

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Main Authors: DING,GongTao, LI,Bing, LIU,ZuoJun, MA,WenJin, JIA,HongZhen, LIU,XiaoBo, ZHANG,Hui, ZHAO,ZhiGang, ZHANG,XiaoXue, ZHANG,XiaoYan
Format: Digital revista
Language:English
Published: Sociedade Brasileira de Ciência e Tecnologia de Alimentos 2022
Online Access:http://old.scielo.br/scielo.php?script=sci_arttext&pid=S0101-20612022000100682
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spelling oai:scielo:S0101-206120220001006822022-02-22Effect of altitude on reproductive ingredient and sex allocation of different colors of Anemone obtusiloba in populationsDING,GongTaoLI,BingLIU,ZuoJunMA,WenJinJIA,HongZhenLIU,XiaoBoZHANG,HuiZHAO,ZhiGangZHANG,XiaoXueZHANG,XiaoYan flower color altitude individual size reproductive ingredient sex allocation Abstract In this study, we aimed to explore the effect of altitude on reproductive ingredient and sex allocation of different colors of Anemone obtusiloba in populations. The variations of reproductive ingredient and sex allocation of three colors of Anemone obtusiloba in different four altitudinal gradients at the eastern Qinghai Tibetan Plateau were examined. Our results showed that with the increased altitude, gynoecium/flower, androceium/flower and gynoecium/individual were increased, but androceium/individual, gynoecium number/flower, androceium number/flower, gynoecium number/ individual and androceium number/individual in three flower color of Anemone obtusiloba were decreased. Besides, male allocation and ♂/♀ were also decreased, which showed female-biased sex allocation. Furthermore, in the four altitudinal gradients, the individual size of same color was positively correlated with reproductive ingredient, and altitude had a direct impact on size-dependent reproductive ingredient. However, there were not certain correlations between male allocation, ♂/♀ and individual size in the same color of Anemone obtusiloba. Moreover, in the four altitudinal gradients, the reproductive investment of same color was positively correlated with gynoecium and androceium, but there were not certain correlations between male allocation, ♂/♀ and reproductive investment. In conclusion, altitude had a significant effect on reproductive ingredient and sex allocation in different colors of Anemone obtusiloba. Different colors of Anemone obtusiloba all increased of female function with the increased altitude. However, there were difference in influence mechanism of altitude on size-dependent reproductive ingredient and distribution between female and male function of resource.info:eu-repo/semantics/openAccessSociedade Brasileira de Ciência e Tecnologia de AlimentosFood Science and Technology v.42 20222022-01-01info:eu-repo/semantics/articletext/htmlhttp://old.scielo.br/scielo.php?script=sci_arttext&pid=S0101-20612022000100682en10.1590/fst.34421
institution SCIELO
collection OJS
country Brasil
countrycode BR
component Revista
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databasecode rev-scielo-br
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region America del Sur
libraryname SciELO
language English
format Digital
author DING,GongTao
LI,Bing
LIU,ZuoJun
MA,WenJin
JIA,HongZhen
LIU,XiaoBo
ZHANG,Hui
ZHAO,ZhiGang
ZHANG,XiaoXue
ZHANG,XiaoYan
spellingShingle DING,GongTao
LI,Bing
LIU,ZuoJun
MA,WenJin
JIA,HongZhen
LIU,XiaoBo
ZHANG,Hui
ZHAO,ZhiGang
ZHANG,XiaoXue
ZHANG,XiaoYan
Effect of altitude on reproductive ingredient and sex allocation of different colors of Anemone obtusiloba in populations
author_facet DING,GongTao
LI,Bing
LIU,ZuoJun
MA,WenJin
JIA,HongZhen
LIU,XiaoBo
ZHANG,Hui
ZHAO,ZhiGang
ZHANG,XiaoXue
ZHANG,XiaoYan
author_sort DING,GongTao
title Effect of altitude on reproductive ingredient and sex allocation of different colors of Anemone obtusiloba in populations
title_short Effect of altitude on reproductive ingredient and sex allocation of different colors of Anemone obtusiloba in populations
title_full Effect of altitude on reproductive ingredient and sex allocation of different colors of Anemone obtusiloba in populations
title_fullStr Effect of altitude on reproductive ingredient and sex allocation of different colors of Anemone obtusiloba in populations
title_full_unstemmed Effect of altitude on reproductive ingredient and sex allocation of different colors of Anemone obtusiloba in populations
title_sort effect of altitude on reproductive ingredient and sex allocation of different colors of anemone obtusiloba in populations
description Abstract In this study, we aimed to explore the effect of altitude on reproductive ingredient and sex allocation of different colors of Anemone obtusiloba in populations. The variations of reproductive ingredient and sex allocation of three colors of Anemone obtusiloba in different four altitudinal gradients at the eastern Qinghai Tibetan Plateau were examined. Our results showed that with the increased altitude, gynoecium/flower, androceium/flower and gynoecium/individual were increased, but androceium/individual, gynoecium number/flower, androceium number/flower, gynoecium number/ individual and androceium number/individual in three flower color of Anemone obtusiloba were decreased. Besides, male allocation and ♂/♀ were also decreased, which showed female-biased sex allocation. Furthermore, in the four altitudinal gradients, the individual size of same color was positively correlated with reproductive ingredient, and altitude had a direct impact on size-dependent reproductive ingredient. However, there were not certain correlations between male allocation, ♂/♀ and individual size in the same color of Anemone obtusiloba. Moreover, in the four altitudinal gradients, the reproductive investment of same color was positively correlated with gynoecium and androceium, but there were not certain correlations between male allocation, ♂/♀ and reproductive investment. In conclusion, altitude had a significant effect on reproductive ingredient and sex allocation in different colors of Anemone obtusiloba. Different colors of Anemone obtusiloba all increased of female function with the increased altitude. However, there were difference in influence mechanism of altitude on size-dependent reproductive ingredient and distribution between female and male function of resource.
publisher Sociedade Brasileira de Ciência e Tecnologia de Alimentos
publishDate 2022
url http://old.scielo.br/scielo.php?script=sci_arttext&pid=S0101-20612022000100682
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