Search Results - "KÜBLER, J. E"

Hydrozoans and the shape of things to come by Dudgeon, S R, Kübler, J E

“…The physiological mechanisms that regulate adaptive plasticity of clonal organisms are key to their success in changing environments. Here, we review the…”
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Natural Variability in Zygote Dispersal of Ascophyllum nodosum at Small Spatial Scales by Dudgeon, S., Kübler, J. E., Wright, W. A., Vadas, R. L., Petraitis, P. S.

“…1. Dispersal of propagules of marine benthic species may contribute to variation in the structure and dynamics of populations. Ascophyllum nodosum dominates…”
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effects of reduced and elevated CO2 and O2 on the seaweed Lomentaria articulata by Kubler, J.E, Johnston, A.M, Raven, J.A

“…We grew a non-bicarbonate using red seaweed, Lomentaria articulata (Huds.) Lyngb., in media aerated with four CO2 concentrations between 10 and 200% of current…”
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Physiological responses to environmental variation in intertidal red algae: does thallus morphology matter? by Dudgeon, Steven R., Kübler, Janet E., Vadas, Robert L., Davison, Ian R.

“…Morphological variation within and among many species of algae show correlated life history traits. The trade-offs of life history traits among different…”
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A Metamodeling Approach for Integrated Assessment of Air Quality Policies by Haurie, A, Kubler, J J E, Clappier, A, van den Bergh, H

“…A method is proposed to build integrated models (also called "Metamodels") aimed at quantifying the economic efficiency of air quality policies. This…”
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High-temperature tolerance of photosynthesis in the red alga Chondrus crispus by KÜBLER, J. E, DAVISON, I. R

“…Chondrus crispus is a perennial red seaweed, common in intertidal and shallow sublittoral communities throughout the North Atlantic Ocean. The high-temperature…”
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Inorganic carbon acquisition by red seaweeds grown under dynamic light regimes by KÜBLER, J. E, RAVEN, J. A

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NEW LIGHT ON THE SCALING OF METABOLIC RATE WITH THE SIZE OF ALGAE by Raven, John A., Kübler, Janet E.

“…The scaling of metabolic rate with the size of algae has been discussed and researched at length. The observation that algae usually have exponents b in the…”
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FERTILIZATION SUCCESS CAN DRIVE PATTERNS OF PHASE DOMINANCE IN COMPLEX LIFE HISTORIES by Fierst, Janna, TerHorst, Casey, Kübler, Janet E., Dudgeon, Steve

“…Many algal life cycles alternate between two free-living generations. Life histories in which the two generations look identical (isomorphic) are common,…”
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Seaweeds in Cold Seas: Evolution and Carbon Acquisition by RAVEN, JOHN A., JOHNSTON, ANDREW M., KÜBLER, JANET E., KORB, REBECCA, MCINROY, SHONA G., HANDLEY, LINDA L., SCRIMGEOUR, CHARLIE M., WALKER, DIANA I., BEARDALL, JOHN, CLAYTON, MARGARET N., VANDERKLIFT, MATHEW, FREDRIKSEN, STEIN, DUNTON, KENNETH H.

“…Much evidence suggests that life originated in hydrothermal habitats, and for much of the time since the origin of cyanobacteria (at least 2·5 Ga ago) and of…”
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Implications of 13C natural abundance measurements for photosynthetic performance by marine macrophytes in their natural environment by Raven, JA, Walker, DI, Johnston, AM, Handley, LL, Kübler, JE

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Consequences of light limitation for carbon acquisition in three rhodophytes by Kübler, Janet E., Raven, John A.

“…We investigated the consequences of growth at limiting photon flux density (PFD) for the uptake of inorganic carbon by 2 species of red seaweed which are able…”
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Temperature dependent change in the complexity of form of Chondrus crispus fronds by Kübler, Janet E., Dudgeon, Steve R.

“…Chondrus crispus, a perennial red seaweed, experiences extreme temperature variation living in the intertidal zone of the western North Atlantic. We examined…”
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Thermal acclimation of light-use characteristics of Chondrus crispus (Rhodophyta) by Kübler, Janet E., Davison, Ian R.

“…We investigated the acclimation of Chondrus crispus to growth at 5°C and 20°C in the laboratory. We were specifically interested in the responses of…”
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Inorganic carbon acquisition by red seaweeds grown under dynamic light regimes by K bler, Janet E., Raven, John A.

“…Palmaria palmata which has an active uptake system for inorganic carbon and is able to use bicarbonate as a carbon source for photosynthesis and Lomentaria…”
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