Biological Flora of Coastal Dunes and Wetlands: Palafoxia lindenii A. Gray

Álvarez-Molina, L.L.; Martinez, M.L.; Lithgow, D.; Mendoza-González, G.; Flores, P.; Ortíz-García, S., and Moreno-Casasola, P., 2013. Biological flora of coastal dunes and wetlands: Palafoxia lindenii A. Gray. Palafoxia lindenii A. Gray is a short shrub endemic to the coastal dunes located in the ce...

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Published in:Journal of coastal research Vol. 29; no. 3; pp. 680 - 693
Main Authors: Álvarez-Molina, L. Lucero, Martínez, M. Luisa, Lithgow, Debora, Mendoza-González, Gabriela, Flores, Pamela, Ortíz-García, Sol, Moreno-Casasola, Patricia
Format: Journal Article
Language:English
Published: Fort Lauderdale The Coastal Education and Research Foundation 01-05-2013
Coastal Education & Research Foundation (CERF)
Allen Press Inc
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Abstract Álvarez-Molina, L.L.; Martinez, M.L.; Lithgow, D.; Mendoza-González, G.; Flores, P.; Ortíz-García, S., and Moreno-Casasola, P., 2013. Biological flora of coastal dunes and wetlands: Palafoxia lindenii A. Gray. Palafoxia lindenii A. Gray is a short shrub endemic to the coastal dunes located in the central region of the Gulf of Mexico, mainly in the state of Veracruz. In this study we assembled information on this species and described the taxonomy and variation of the species, its phylogeny and geographical distribution, plant communities, physiological ecology, population biology, reproduction, geomorphological interactions, biotic interactions, response to water levels, and economic importance. The genus Palafoxia includes 12 species, all of them native to North America. The size of seeds varies widely along the geographic distribution of the species, which is most abundant in hot but not very humid sites. This species produces seeds all year long, although individuals do not reproduce simultaneously. Seeds germinating at the onset of the rainy season have a better survival rate than late cohorts. It is one of the first mobile dune colonizers. Similar to other dune species, it not only tolerates burial by sand, but grows better after burial and because of this it is a good foredune builder and forms trailing-ridges. It has a strong association with mycorrhizal fungi, which enhance growth and survival, but only when the plant is not under stress. Because of its dune-forming ability, the plant is important for the beach and coastal dunes as well as for the protection of coastal infrastructure. The leaves contain flavonoids with important antioxidative effects that benefit human health. Development and tourism along the coast are rapidly reducing the habitat of this species. Palafoxia lindenii (A. Gray) es un arbusto endémico de las dunas costeras de la región central del Golfo de México, en el estado de Veracruz. En este estudio hemos recopilado información sobre esta especie y describimos su taxonomía y variación, filogenia y distribución geográfica, las comunidades que habita, su ecología fisiológica, biología de poblaciones, reproducción, interacciones geomorfológicas, interacciones bióticas, respuesta a los niveles de agua y su importancia económica. El género Palafoxia incluye 12 especies, todas ellas nativas del norte del continente Americano. Las semillas varían ampliamente a lo largo de la distribución geográfica de la especie, que es más abundante en sitios cálidos y no muy húmedos. Esta especie produce semillas todo el año, aunque los individuos no se reproducen al mismo tiempo. Las semillas que germinan en el inicio de la temporada de lluvias tienen una mejor tasa de supervivencia que las cohortes finales. Es una de las primeras plantas colonizadoras en dunas móviles. Al igual que otras especies de dunas, no sólo tolera el enterramiento por arena, también crece mejor en esas condiciones y debido a eso, esta planta es una buena especie formadora de dunas frontales. Tiene una fuerte asociación con hongos micorrícicos, que mejora el crecimiento y la supervivencia, cuando la planta no está bajo estrés. Debido a su capacidad como planta pionera para la formación de dunas, es una especie importante para la protección costera. Las hojas contienen flavonoides, con efectos importantes sobre la salud humana. El desarrollo y turismo a lo largo de la costa están reduciendo rápidamente el hábitat de esta especie.
AbstractList Palafoxia lindenii A. Gray is a short shrub endemic to the coastal dunes located in the central region of the Gulf of Mexico, mainly in the state of Veracruz. In this study we assembled information on this species and described the taxonomy and variation of the species, its phylogeny and geographical distribution, plant communities, physiological ecology, population biology, reproduction, geomorphological interactions, biotic interactions, response to water levels, and economic importance. The genus Palafoxia includes 12 species, all of them native to North America. The size of seeds varies widely along the geographic distribution of the species, which is most abundant in hot but not very humid sites. This species produces seeds all year long, although individuals do not reproduce simultaneously. Seeds germinating at the onset of the rainy season have a better survival rate than late cohorts. It is one of the first mobile dune colonizers. Similar to other dune species, it not only tolerates burial by sand, but grows better after burial and because of this it is a good foredune builder and forms trailing-ridges. It has a strong association with mycorrhizal fungi, which enhance growth and survival, but only when the plant is not under stress. Because of its dune-forming ability, the plant is important for the beach and coastal dunes as well as for the protection of coastal infrastructure. The leaves contain flavonoids with important antioxidative effects that benefit human health. Development and tourism along the coast are rapidly reducing the habitat of this species. Palafoxia lindenii (A. Gray) es un arbusto endémico de las dunas costeras de la región central del Golfo de México, en el estado de Veracruz. En este estudio hemos recopilado información sobre esta especie y describimos su taxonomía y variación, filogenia y distribución geográfica, las comunidades que habita, su ecología fisiológica, biología de poblaciones, reproducción, interacciones geomorfológicas, interacciones bióticas, respuesta a los niveles de agua y su importancia económica. El género Palafoxia incluye 12 especies, todas ellas nativas del norte del continente Americano. Las semillas varían ampliamente a lo largo de la distribución geográfica de la especie, que es más abundante en sitios cálidos y no muy húmedos. Esta especie produce semillas todo el año, aunque los individuos no se reproducen al mismo tiempo. Las semillas que germinan en el inicio de la temporada de lluvias tienen una mejor tasa de supervivencia que las cohortes finales. Es una de las primeras plantas colonizadoras en dunas móviles. Al igual que otras especies de dunas, no sólo tolera el enterramiento por arena, también crece mejor en esas condiciones y debido a eso, esta planta es una buena especie formadora de dunas frontales. Tiene una fuerte asociación con hongos micorrícicos, que mejora el crecimiento y la supervivencia, cuando la planta no está bajo estrés. Debido a su capacidad como planta pionera para la formación de dunas, es una especie importante para la protección costera. Las hojas contienen flavonoides, con efectos importantes sobre la salud humana. El desarrollo y turismo a lo largo de la costa están reduciendo rápidamente el hábitat de esta especie.
Palafoxia lindenii A. Gray is a short shrub endemic to the coastal dunes located in the central region of the Gulf of Mexico, mainly in the state of Veracruz. In this study we assembled information on this species and described the taxonomy and variation of the species, its phylogeny and geographical distribution, plant communities, physiological ecology, population biology, reproduction, geomorphological interactions, biotic interactions, response to water levels, and economic importance. The genus Palafoxia includes 12 species, all of them native to North America. The size of seeds varies widely along the geographic distribution of the species, which is most abundant in hot but not very humid sites. This species produces seeds all year long, although individuals do not reproduce simultaneously. Seeds germinating at the onset of the rainy season have a better survival rate than late cohorts. It is one of the first mobile dune colonizers. Similar to other dune species, it not only tolerates burial by sand, but grows better after burial and because of this it is a good foredune builder and forms trailing-ridges. It has a strong association with mycorrhizal fungi, which enhance growth and survival, but only when the plant is not under stress. Because of its dune-forming ability, the plant is important for the beach and coastal dunes as well as for the protection of coastal infrastructure. The leaves contain flavonoids with important antioxidative effects that benefit human health. Development and tourism along the coast are rapidly reducing the habitat of this species. [PUBLICATION ABSTRACT]
Álvarez-Molina, L.L.; Martinez, M.L.; Lithgow, D.; Mendoza-González, G.; Flores, P.; Ortíz-García, S., and Moreno-Casasola, P., 2013. Biological flora of coastal dunes and wetlands: Palafoxia lindenii A. Gray. Palafoxia lindenii A. Gray is a short shrub endemic to the coastal dunes located in the central region of the Gulf of Mexico, mainly in the state of Veracruz. In this study we assembled information on this species and described the taxonomy and variation of the species, its phylogeny and geographical distribution, plant communities, physiological ecology, population biology, reproduction, geomorphological interactions, biotic interactions, response to water levels, and economic importance. The genus Palafoxia includes 12 species, all of them native to North America. The size of seeds varies widely along the geographic distribution of the species, which is most abundant in hot but not very humid sites. This species produces seeds all year long, although individuals do not reproduce simultaneously. Seeds germinating at the onset of the rainy season have a better survival rate than late cohorts. It is one of the first mobile dune colonizers. Similar to other dune species, it not only tolerates burial by sand, but grows better after burial and because of this it is a good foredune builder and forms trailing-ridges. It has a strong association with mycorrhizal fungi, which enhance growth and survival, but only when the plant is not under stress. Because of its dune-forming ability, the plant is important for the beach and coastal dunes as well as for the protection of coastal infrastructure. The leaves contain flavonoids with important antioxidative effects that benefit human health. Development and tourism along the coast are rapidly reducing the habitat of this species. Palafoxia lindenii (A. Gray) es un arbusto endémico de las dunas costeras de la región central del Golfo de México, en el estado de Veracruz. En este estudio hemos recopilado información sobre esta especie y describimos su taxonomía y variación, filogenia y distribución geográfica, las comunidades que habita, su ecología fisiológica, biología de poblaciones, reproducción, interacciones geomorfológicas, interacciones bióticas, respuesta a los niveles de agua y su importancia económica. El género Palafoxia incluye 12 especies, todas ellas nativas del norte del continente Americano. Las semillas varían ampliamente a lo largo de la distribución geográfica de la especie, que es más abundante en sitios cálidos y no muy húmedos. Esta especie produce semillas todo el año, aunque los individuos no se reproducen al mismo tiempo. Las semillas que germinan en el inicio de la temporada de lluvias tienen una mejor tasa de supervivencia que las cohortes finales. Es una de las primeras plantas colonizadoras en dunas móviles. Al igual que otras especies de dunas, no sólo tolera el enterramiento por arena, también crece mejor en esas condiciones y debido a eso, esta planta es una buena especie formadora de dunas frontales. Tiene una fuerte asociación con hongos micorrícicos, que mejora el crecimiento y la supervivencia, cuando la planta no está bajo estrés. Debido a su capacidad como planta pionera para la formación de dunas, es una especie importante para la protección costera. Las hojas contienen flavonoides, con efectos importantes sobre la salud humana. El desarrollo y turismo a lo largo de la costa están reduciendo rápidamente el hábitat de esta especie.
Author Flores, Pamela
Martínez, M. Luisa
Mendoza-González, Gabriela
Álvarez-Molina, L. Lucero
Lithgow, Debora
Moreno-Casasola, Patricia
Ortíz-García, Sol
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  organization: Comisión Intersecretarial de Bioseguridad de los, Organismos Genéticamente Modificados (CIBIOGEM), San Borja #938, Col. Del Valle Del. Benito Juárez C.P. 03100, México, D.F., México
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  surname: Moreno-Casasola
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crossref_primary_10_1111_gcb_12236
crossref_primary_10_1007_s00114_018_1562_0
crossref_primary_10_1016_j_gloenvcha_2014_09_009
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Snippet Álvarez-Molina, L.L.; Martinez, M.L.; Lithgow, D.; Mendoza-González, G.; Flores, P.; Ortíz-García, S., and Moreno-Casasola, P., 2013. Biological flora of...
Palafoxia lindenii A. Gray is a short shrub endemic to the coastal dunes located in the central region of the Gulf of Mexico, mainly in the state of Veracruz....
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SubjectTerms Arenas
Beaches
Biological
Biological taxonomies
Chromosomes
Coastal
coastal dune vegetation
Coastal dunes
Coastal zone management
Cost engineering
dune colonizing
Dunes
Ecology
Economic importance
Economics
Ecophysiology
Environmental protection
Flavonoids
Floods
Flora
Flowers
Geographical distribution
Germination
Gulf of Mexico
Indigenous species
Leaves
Mexican endemic
Phylogeny
Physiological ecology
Plant communities
Plants
Population biology
Rainy season
Rainy seasons
RESEARCH PAPERS
Sand
Seedlings
Seeds
shrub
Survival
Taxonomy
tolerance to burial
Tourism
Vegetation
Water levels
Wetlands
Title Biological Flora of Coastal Dunes and Wetlands: Palafoxia lindenii A. Gray
URI http://www.bioone.org/doi/abs/10.2112/JCOASTRES-D-12-00146.1
https://www.jstor.org/stable/23486350
https://www.proquest.com/docview/1353017465
https://search.proquest.com/docview/1367489851
Volume 29
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