Talking with Strangers: Improving <i>Serianthes</i> Transplant Quality with Interspecific Companions
Mixtures of species in natural or agricultural systems can increase the performance of individuals or groups relative to monocultures, often through facilitative mechanisms. Mechanisms include root communication by which plants can interrogate the identity of adjacent plants and respond negatively o...
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Format: | Article |
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MDPI AG
2021-09-01
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Series: | Forests |
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Online Access: | https://www.mdpi.com/1999-4907/12/9/1192 |
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author | Thomas E. Marler Ragan M. Callaway |
author_facet | Thomas E. Marler Ragan M. Callaway |
author_sort | Thomas E. Marler |
collection | DOAJ |
description | Mixtures of species in natural or agricultural systems can increase the performance of individuals or groups relative to monocultures, often through facilitative mechanisms. Mechanisms include root communication by which plants can interrogate the identity of adjacent plants and respond negatively or positively. Alternatively, mixtures of species can ameliorate the harmful effects of soil biota that are pronounced in monocultures, thereby improving plant productivity. Limited investments into roots by shade-grown <i>Serianthes</i> plants in nurseries have been correlated with reduced survival after transplantation to forested habitats. We used companion container cultures in two studies to determine if heterospecific neighbor, or “stranger” roots could experimentally increase the root growth of <i>Serianthes grandiflora</i> plants used as surrogates for the critically endangered <i>Serianthes nelsonii</i>. In one study, native sympatric eudicot and pteridophyte companions increased relative root growth and conspecific companions decreased root growth in comparison to control plants that were grown with no companions. In a second study, the phylogeny of companion plants elicited different root growth responses following the order of congeneric < eudicot = monocot < gymnosperm < pteridophyte. We propose the use of stranger roots that are experimentally maintained in production containers as a passive protocol to improve relative and absolute root growth, leading to improved post-transplant growth and survival of container-grown <i>Serianthes</i> plants. |
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format | Article |
id | doaj.art-116bc95d11aa40d28537129b32d63492 |
institution | Directory Open Access Journal |
issn | 1999-4907 |
language | English |
last_indexed | 2024-03-10T07:39:19Z |
publishDate | 2021-09-01 |
publisher | MDPI AG |
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series | Forests |
spelling | doaj.art-116bc95d11aa40d28537129b32d634922023-11-22T13:07:27ZengMDPI AGForests1999-49072021-09-01129119210.3390/f12091192Talking with Strangers: Improving <i>Serianthes</i> Transplant Quality with Interspecific CompanionsThomas E. Marler0Ragan M. Callaway1Western Pacific Tropical Research Center, University of Guam, Mangilao, GU 96923, USADivision of Biological Sciences and the Institute on Ecosystems, University of Montana, Missoula, MT 59812, USAMixtures of species in natural or agricultural systems can increase the performance of individuals or groups relative to monocultures, often through facilitative mechanisms. Mechanisms include root communication by which plants can interrogate the identity of adjacent plants and respond negatively or positively. Alternatively, mixtures of species can ameliorate the harmful effects of soil biota that are pronounced in monocultures, thereby improving plant productivity. Limited investments into roots by shade-grown <i>Serianthes</i> plants in nurseries have been correlated with reduced survival after transplantation to forested habitats. We used companion container cultures in two studies to determine if heterospecific neighbor, or “stranger” roots could experimentally increase the root growth of <i>Serianthes grandiflora</i> plants used as surrogates for the critically endangered <i>Serianthes nelsonii</i>. In one study, native sympatric eudicot and pteridophyte companions increased relative root growth and conspecific companions decreased root growth in comparison to control plants that were grown with no companions. In a second study, the phylogeny of companion plants elicited different root growth responses following the order of congeneric < eudicot = monocot < gymnosperm < pteridophyte. We propose the use of stranger roots that are experimentally maintained in production containers as a passive protocol to improve relative and absolute root growth, leading to improved post-transplant growth and survival of container-grown <i>Serianthes</i> plants.https://www.mdpi.com/1999-4907/12/9/1192competitionconservation sciencekin recognition<i>Serianthes grandiflora</i><i>Serianthes kanehirae</i><i>Serianthes nelsonii</i> |
spellingShingle | Thomas E. Marler Ragan M. Callaway Talking with Strangers: Improving <i>Serianthes</i> Transplant Quality with Interspecific Companions Forests competition conservation science kin recognition <i>Serianthes grandiflora</i> <i>Serianthes kanehirae</i> <i>Serianthes nelsonii</i> |
title | Talking with Strangers: Improving <i>Serianthes</i> Transplant Quality with Interspecific Companions |
title_full | Talking with Strangers: Improving <i>Serianthes</i> Transplant Quality with Interspecific Companions |
title_fullStr | Talking with Strangers: Improving <i>Serianthes</i> Transplant Quality with Interspecific Companions |
title_full_unstemmed | Talking with Strangers: Improving <i>Serianthes</i> Transplant Quality with Interspecific Companions |
title_short | Talking with Strangers: Improving <i>Serianthes</i> Transplant Quality with Interspecific Companions |
title_sort | talking with strangers improving i serianthes i transplant quality with interspecific companions |
topic | competition conservation science kin recognition <i>Serianthes grandiflora</i> <i>Serianthes kanehirae</i> <i>Serianthes nelsonii</i> |
url | https://www.mdpi.com/1999-4907/12/9/1192 |
work_keys_str_mv | AT thomasemarler talkingwithstrangersimprovingiserianthesitransplantqualitywithinterspecificcompanions AT raganmcallaway talkingwithstrangersimprovingiserianthesitransplantqualitywithinterspecificcompanions |