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364<br />

Scientia Horticulturae, Volume 126, Issue 1, 23 August 2010, Pages 56-63<br />

Dorte odi D e bøll<br />

103<br />

Systemic resistance against Botrytis cinerea in Arabidopsis triggered . by an olive marc compost<br />

substrate requires functional SA signalling<br />

Physiological and Molecular Plant Pathology, Volume 82, April 2013, Pages 46-50<br />

Guillem Segarra, Georgina Elena, Isabel Trillas<br />

► Increased resistance of Arabidopsis plants grown in an olive marc compost. ► No difference in<br />

the leaf nutrients of the plants grown in compost vs. control. ► 30% disease reduction in Col-0 and<br />

jar1-1 mutants, no disease reduction in sid2-1. ► PR-1 expression increased before and after<br />

pathogen inoculation. ► SA signaling is required in this compost-induced resistance.<br />

104<br />

Effect of cooling regimes on compressive strength of concrete with lightweight aggregate exposed to<br />

high temperature Original Research Article<br />

Construction and Building Materials, Volume 41, April 2013, Pages 21-25<br />

eh e u h o<br />

► A little information has been reported on the residual compressive strength of concretes with EPA<br />

and PA in the literature. ► There is a need to study the effects of cooling regimes on the residual<br />

compressive strengths of concrete. ► In this paper, concrete samples are produced from lightweight<br />

aggregate d e o u e o high e e u e ( 00 °C) ► Concrete samples with EPA and PA were<br />

tested in natural, furnace and water cooling regimes.

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