Seasonality of the rocky intertidal amphipodOligochinus lighti in response to microenvironmental variables

Johnson, S. E.
Springer
Published 1976
ISSN:
1432-1254
Source:
Springer Online Journal Archives 1860-2000
Topics:
Geography
Physics
Notes:
Abstract Organisms of intertidal regions experience climatological factors of marine and non-marine origin. Ecological studies indicate that climatological factors of non-marine origin are of primary importance in determining the distribution and abundance of the gammarid amphipodOligochinus lighti as shown by a decrease in population density with increasing height in the intertidal and a decrease in the population density accompanying seasonal increases in exposure to non-marine climatic conditions. Non-marine climatic factors affectingOligochinus are changes in temperature, salinity or moisture content in the algal clump inhabited by the amphipod. The microclimate of the algal clump depends upon its position in the intertidal and on how its form modifies the climatic conditions occurring during exposure. The algal microclimate is related in a complex fashion to seasonal changes in the coastal macroclimate mediated by the irregular semidiurnal tidal cycles of the region. A regression model has been developed to predict population changes on the basis of climatic factors.
Type of Medium:
Electronic Resource
URL:
_version_ 1798295642460651520
autor Johnson, S. E.
autorsonst Johnson, S. E.
book_url http://dx.doi.org/10.1007/BF01553663
datenlieferant nat_lic_papers
hauptsatz hsatz_simple
identnr NLM205986854
issn 1432-1254
journal_name International journal of biometeorology
materialart 1
notes Abstract Organisms of intertidal regions experience climatological factors of marine and non-marine origin. Ecological studies indicate that climatological factors of non-marine origin are of primary importance in determining the distribution and abundance of the gammarid amphipodOligochinus lighti as shown by a decrease in population density with increasing height in the intertidal and a decrease in the population density accompanying seasonal increases in exposure to non-marine climatic conditions. Non-marine climatic factors affectingOligochinus are changes in temperature, salinity or moisture content in the algal clump inhabited by the amphipod. The microclimate of the algal clump depends upon its position in the intertidal and on how its form modifies the climatic conditions occurring during exposure. The algal microclimate is related in a complex fashion to seasonal changes in the coastal macroclimate mediated by the irregular semidiurnal tidal cycles of the region. A regression model has been developed to predict population changes on the basis of climatic factors.
package_name Springer
publikationsjahr_anzeige 1976
publikationsjahr_facette 1976
publikationsjahr_intervall 8024:1975-1979
publikationsjahr_sort 1976
publisher Springer
reference 20 (1976), S. 207-217
search_space articles
shingle_author_1 Johnson, S. E.
shingle_author_2 Johnson, S. E.
shingle_author_3 Johnson, S. E.
shingle_author_4 Johnson, S. E.
shingle_catch_all_1 Johnson, S. E.
Seasonality of the rocky intertidal amphipodOligochinus lighti in response to microenvironmental variables
Abstract Organisms of intertidal regions experience climatological factors of marine and non-marine origin. Ecological studies indicate that climatological factors of non-marine origin are of primary importance in determining the distribution and abundance of the gammarid amphipodOligochinus lighti as shown by a decrease in population density with increasing height in the intertidal and a decrease in the population density accompanying seasonal increases in exposure to non-marine climatic conditions. Non-marine climatic factors affectingOligochinus are changes in temperature, salinity or moisture content in the algal clump inhabited by the amphipod. The microclimate of the algal clump depends upon its position in the intertidal and on how its form modifies the climatic conditions occurring during exposure. The algal microclimate is related in a complex fashion to seasonal changes in the coastal macroclimate mediated by the irregular semidiurnal tidal cycles of the region. A regression model has been developed to predict population changes on the basis of climatic factors.
1432-1254
14321254
Springer
shingle_catch_all_2 Johnson, S. E.
Seasonality of the rocky intertidal amphipodOligochinus lighti in response to microenvironmental variables
Abstract Organisms of intertidal regions experience climatological factors of marine and non-marine origin. Ecological studies indicate that climatological factors of non-marine origin are of primary importance in determining the distribution and abundance of the gammarid amphipodOligochinus lighti as shown by a decrease in population density with increasing height in the intertidal and a decrease in the population density accompanying seasonal increases in exposure to non-marine climatic conditions. Non-marine climatic factors affectingOligochinus are changes in temperature, salinity or moisture content in the algal clump inhabited by the amphipod. The microclimate of the algal clump depends upon its position in the intertidal and on how its form modifies the climatic conditions occurring during exposure. The algal microclimate is related in a complex fashion to seasonal changes in the coastal macroclimate mediated by the irregular semidiurnal tidal cycles of the region. A regression model has been developed to predict population changes on the basis of climatic factors.
1432-1254
14321254
Springer
shingle_catch_all_3 Johnson, S. E.
Seasonality of the rocky intertidal amphipodOligochinus lighti in response to microenvironmental variables
Abstract Organisms of intertidal regions experience climatological factors of marine and non-marine origin. Ecological studies indicate that climatological factors of non-marine origin are of primary importance in determining the distribution and abundance of the gammarid amphipodOligochinus lighti as shown by a decrease in population density with increasing height in the intertidal and a decrease in the population density accompanying seasonal increases in exposure to non-marine climatic conditions. Non-marine climatic factors affectingOligochinus are changes in temperature, salinity or moisture content in the algal clump inhabited by the amphipod. The microclimate of the algal clump depends upon its position in the intertidal and on how its form modifies the climatic conditions occurring during exposure. The algal microclimate is related in a complex fashion to seasonal changes in the coastal macroclimate mediated by the irregular semidiurnal tidal cycles of the region. A regression model has been developed to predict population changes on the basis of climatic factors.
1432-1254
14321254
Springer
shingle_catch_all_4 Johnson, S. E.
Seasonality of the rocky intertidal amphipodOligochinus lighti in response to microenvironmental variables
Abstract Organisms of intertidal regions experience climatological factors of marine and non-marine origin. Ecological studies indicate that climatological factors of non-marine origin are of primary importance in determining the distribution and abundance of the gammarid amphipodOligochinus lighti as shown by a decrease in population density with increasing height in the intertidal and a decrease in the population density accompanying seasonal increases in exposure to non-marine climatic conditions. Non-marine climatic factors affectingOligochinus are changes in temperature, salinity or moisture content in the algal clump inhabited by the amphipod. The microclimate of the algal clump depends upon its position in the intertidal and on how its form modifies the climatic conditions occurring during exposure. The algal microclimate is related in a complex fashion to seasonal changes in the coastal macroclimate mediated by the irregular semidiurnal tidal cycles of the region. A regression model has been developed to predict population changes on the basis of climatic factors.
1432-1254
14321254
Springer
shingle_title_1 Seasonality of the rocky intertidal amphipodOligochinus lighti in response to microenvironmental variables
shingle_title_2 Seasonality of the rocky intertidal amphipodOligochinus lighti in response to microenvironmental variables
shingle_title_3 Seasonality of the rocky intertidal amphipodOligochinus lighti in response to microenvironmental variables
shingle_title_4 Seasonality of the rocky intertidal amphipodOligochinus lighti in response to microenvironmental variables
sigel_instance_filter dkfz
geomar
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source_archive Springer Online Journal Archives 1860-2000
timestamp 2024-05-06T09:39:27.343Z
titel Seasonality of the rocky intertidal amphipodOligochinus lighti in response to microenvironmental variables
titel_suche Seasonality of the rocky intertidal amphipodOligochinus lighti in response to microenvironmental variables
topic R
U
uid nat_lic_papers_NLM205986854