Data for experiment 1. To test how rhizobia and nematodes impact fitness in co-infected plants, and to measure genetic variation in nematode infectivity, we used a fractional factorial design with a total of 400 M. truncatula plants from 10 genotypes across 10 blocks. We inoculated each plant with 1 of 40 nematode genotypes. Each block included 4 replicates of each plant genotype and 1 replicate of each nematode genotype, for a total of 40 replicates of each plant genotype and 10 replicates of each nematode genotype. Each nematode genotype inoculated 2 different plant genotypes, for a total of 5 replicates per nematode genotype-plant genotype combination
The influence of plant resistance on the size of individual root-knot nematodes was determined in g...
Nematoides são microorganismo vermiformes e não segmentados. Como forma de controle desses vermes, u...
Evaluating trade-offs in life-history traits of plant pathogens is essential to understand the evolu...
Data for experiment 2. To measure genetic conflict between attracting rhizobia and repelling nematod...
Genetic variation for partner quality in mutualisms is an evolutionary paradox. One possible resolut...
1. Difficulties quantifying pathogen load and mutualist abundance limit our ability to connect disea...
Trade-offs between genetically correlated traits cause significant evolutionary consequences. One ex...
Efficient host control predicts the extirpation of ineffective symbionts, but they are nonetheless w...
Population sizes of T. urticae after 9 generations evolving on tomato plants under different treatme...
Crop growth and damage parameters (plant growth and yield, root damage and nematode population densi...
<p>The resistance of single and double mutants of <i>WRKY11</i> and <i>WRKY17</i> as compared to wil...
Organismal fitness is relevant in many contexts in biology. The most meaningful experimental measure...
Adaptation to changing environmental conditions represents a challenge to parthenogenetic organisms ...
The effective size of a population is the size of an ideal population which would undergo genetic dr...
The influence of plant resistance on the size of individual root-knot nematodes was determined in g...
Nematoides são microorganismo vermiformes e não segmentados. Como forma de controle desses vermes, u...
Evaluating trade-offs in life-history traits of plant pathogens is essential to understand the evolu...
Data for experiment 2. To measure genetic conflict between attracting rhizobia and repelling nematod...
Genetic variation for partner quality in mutualisms is an evolutionary paradox. One possible resolut...
1. Difficulties quantifying pathogen load and mutualist abundance limit our ability to connect disea...
Trade-offs between genetically correlated traits cause significant evolutionary consequences. One ex...
Efficient host control predicts the extirpation of ineffective symbionts, but they are nonetheless w...
Population sizes of T. urticae after 9 generations evolving on tomato plants under different treatme...
Crop growth and damage parameters (plant growth and yield, root damage and nematode population densi...
<p>The resistance of single and double mutants of <i>WRKY11</i> and <i>WRKY17</i> as compared to wil...
Organismal fitness is relevant in many contexts in biology. The most meaningful experimental measure...
Adaptation to changing environmental conditions represents a challenge to parthenogenetic organisms ...
The effective size of a population is the size of an ideal population which would undergo genetic dr...
The influence of plant resistance on the size of individual root-knot nematodes was determined in g...
Nematoides são microorganismo vermiformes e não segmentados. Como forma de controle desses vermes, u...
Evaluating trade-offs in life-history traits of plant pathogens is essential to understand the evolu...