Generalized linear model (GLM) testing the 1) effect of seed sampling time (June and October) and burial depth on the unemerged, unsorted seeds that were dead, viable or had failed to emerge and 2) the effect of seed size and burial depth on unemerged seeds from the planted large and small seed size classes.</p
The aim of this study was to investigate and to quantify the effect of burial depth on seedling emer...
<p>(A) Fraction of seeds germinating in the burial experiment, and (B) in the parallel laboratory te...
<p>The total number of individuals used (i.e. sample size) in each analysis are shown.</p><p>Summary...
Generalized linear mixed model testing the effect of sediment depth on seedling emergence from unsor...
One-way ANOVA testing the effect of seed burial depth on the biomass (mg DW seedling-1) of seedlings...
Seeds act as reserves for plant dispersion in time and their burial in soil plays an essential role ...
<p>Dates of seed burial and recovery, as well as source of seeds used. All dates except the last are...
<p>Model terms include human impact, game mammal abundance and dung beetle biomass.</p
<p>The line represents an exponential decay model fitted to the data. The arrow shows the seed buria...
Abstract: We compared the goodness of fit and efficiency of models for germination. Generalized Line...
Models that quantify the effects of cropping systems on weed dynamics are useful tools for testing i...
A greenhouse experiment was conducted to test the effects of sand burial depth and seed mass on seed...
A model is derived for the probability of burial of a sediment particle as a function of time after ...
<p>Summary of the generalized linear models to test the variables affecting seed seedling and germin...
<p>Each month 120 seeds were collected from each depth and this graph shows the proportion (%) of se...
The aim of this study was to investigate and to quantify the effect of burial depth on seedling emer...
<p>(A) Fraction of seeds germinating in the burial experiment, and (B) in the parallel laboratory te...
<p>The total number of individuals used (i.e. sample size) in each analysis are shown.</p><p>Summary...
Generalized linear mixed model testing the effect of sediment depth on seedling emergence from unsor...
One-way ANOVA testing the effect of seed burial depth on the biomass (mg DW seedling-1) of seedlings...
Seeds act as reserves for plant dispersion in time and their burial in soil plays an essential role ...
<p>Dates of seed burial and recovery, as well as source of seeds used. All dates except the last are...
<p>Model terms include human impact, game mammal abundance and dung beetle biomass.</p
<p>The line represents an exponential decay model fitted to the data. The arrow shows the seed buria...
Abstract: We compared the goodness of fit and efficiency of models for germination. Generalized Line...
Models that quantify the effects of cropping systems on weed dynamics are useful tools for testing i...
A greenhouse experiment was conducted to test the effects of sand burial depth and seed mass on seed...
A model is derived for the probability of burial of a sediment particle as a function of time after ...
<p>Summary of the generalized linear models to test the variables affecting seed seedling and germin...
<p>Each month 120 seeds were collected from each depth and this graph shows the proportion (%) of se...
The aim of this study was to investigate and to quantify the effect of burial depth on seedling emer...
<p>(A) Fraction of seeds germinating in the burial experiment, and (B) in the parallel laboratory te...
<p>The total number of individuals used (i.e. sample size) in each analysis are shown.</p><p>Summary...