Keyphrases
Mating System
100%
Sperm Limitation
50%
Nasonia Vitripennis
50%
Brood Sex Ratio
50%
Community-based
50%
Demographic Consequences
50%
Mating Strategies
50%
Offspring Sex Ratio
50%
Male Bias
50%
Fertility Reduction
50%
Hymenoptera
50%
Common Garden
50%
Pteromalidae
50%
Wasp
50%
Voles
50%
Rodent Population
40%
Parasitoid Wasp
33%
Oviposition
33%
Gametes
33%
Rodenticide
30%
Statistical Framework
25%
Sexual Selection
25%
Evolutionary Forces
22%
Fertility Control
20%
Population Growth
20%
Contraceptives
20%
Population Size
20%
Level Selection
18%
Evolutionary Biology
18%
Sex Ratio Manipulation
16%
Haplo-diploid Sex Determination
16%
Mated Female
16%
Superparasitism
16%
Sperm Depletion
16%
Offspring Sex
16%
Interhost
16%
Mixed-sex
16%
Mating Opportunity
16%
Walker
16%
All-female
16%
Female Fertility
16%
Offspring number
16%
Ovipositing
16%
Sex Ratio
16%
Local Mate Competition
16%
Brood Size
16%
Sex Allocation
16%
Ovum
16%
Reproductive Schedule
12%
Male Polyphenism
12%
Agricultural and Biological Sciences
Evolution
75%
Nasonia vitripennis
50%
Mating System
50%
Sex Ratio
50%
Pteromalidae
50%
Vole
50%
Rodenticide
50%
Hymenoptera
50%
Contraceptives
33%
Sons
33%
Population Size
33%
Population Growth
33%
Multidimensional Scaling
25%
Arthropod Communities
25%
Microtus Agrestis
16%
Rattus norvegicus
16%
Parasitoid Wasp
16%
Camera-Trap
16%
Oviposition
16%
Life History
16%
Ancestry
12%
Biological Sciences
12%
Populus angustifolia
12%
Quantitative Genetics
12%
Heritability
12%
Female Fertility
8%
Sex Allocation
8%
Ovum
8%
Protist
8%
Superparasitism
8%
Phenology
8%
Reproductives
8%
Selfing
8%
Systems Analysis
8%
Does (Females)
8%
Sex Determination
8%
Biochemistry, Genetics and Molecular Biology
Species Richness
50%
Populus
50%
Population Abundance
50%
Tree
50%
Mating System
50%
Quantitative Genetics
50%
Species Composition
50%
Vole
50%
Lifespan
50%
Sexual Selection
37%
Population Size
33%
Population Growth
33%
Life History
29%
Rattus norvegicus
16%
Microtus Agrestis
16%
Population Dynamics
16%
Polyphenism
12%
Reproductive Behavior
12%
Evolutionary Genetics
12%
Genetics
12%
