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- https://bio.libretexts.org/Workbench/General_Ecology_Ecology/Chapter_8%3A_Life_Histories/1%3A_What_is_life_history/1.1%3A_Scientist_Spotlight_-_Erin_SatterthwaiteErin Satterthwaite, a marine ecologist with California Sea Grant at Scripps Institution of Oceanography , dispersal of marine young “is one of the primary determinants of recruitment of new individual...Erin Satterthwaite, a marine ecologist with California Sea Grant at Scripps Institution of Oceanography , dispersal of marine young “is one of the primary determinants of recruitment of new individuals into populations and can be an important driver of population dynamics,” (Drake et al.
- https://bio.libretexts.org/Workbench/General_Ecology_Ecology/Chapter_13%3A_The_Ecology_of_Intraspecific_VariationThe diagrams show that: (A) there is individual variation in the phenotype (personality: heights of the red lines), but that there is no phenotypic plasticity, (B) there is individual variation in the...The diagrams show that: (A) there is individual variation in the phenotype (personality: heights of the red lines), but that there is no phenotypic plasticity, (B) there is individual variation in the phenotype (personality: heights of the red lines), there is population-level phenotypic plasticity (slopes of the red lines are non-zero), but individuals do not differ in their response to the environment (slopes of the red lines are equal), and (C) there is individual variation in the phenotype …
- https://bio.libretexts.org/Courses/Gettysburg_College/01%3A_Ecology_for_All/13%3A_The_Ecology_of_Intraspecific_VariationThe diagrams show that: (A) there is individual variation in the phenotype (personality: heights of the red lines), but that there is no phenotypic plasticity, (B) there is individual variation in the...The diagrams show that: (A) there is individual variation in the phenotype (personality: heights of the red lines), but that there is no phenotypic plasticity, (B) there is individual variation in the phenotype (personality: heights of the red lines), there is population-level phenotypic plasticity (slopes of the red lines are non-zero), but individuals do not differ in their response to the environment (slopes of the red lines are equal), and (C) there is individual variation in the phenotype …
- https://bio.libretexts.org/Courses/Gettysburg_College/01%3A_Ecology_for_All/10%3A_Population_modeling/10.03%3A_Scientist_Spotlight_-_Erin_SatterthwaiteErin Satterthwaite, a marine ecologist with California Sea Grant at Scripps Institution of Oceanography , dispersal of marine young “is one of the primary determinants of recruitment of new individual...Erin Satterthwaite, a marine ecologist with California Sea Grant at Scripps Institution of Oceanography , dispersal of marine young “is one of the primary determinants of recruitment of new individuals into populations and can be an important driver of population dynamics,” (Drake et al.
