At the population level, rabbits can have high fecundity:- does this imply an absence of density dependent effects? Or perhaps since rabbits seek to maximize r, the effect would make itself felt on their survivability?
Sir , if I'm correct isn't fecundity the maximum no of offsprings the organism can bear in ideal conditions vs fertility which is no of offsprings under normal environmental conditions.
Semelparous species may have high fecundity during their singular respoductive event--a lot of their energy is allocated into growth and said event. Salmon are an example of a semelparous species with high fecundity.
Did this man just say go out with a big bang?
I was thinking the same thing
You explained this topic perfectly. Great job!
brutaly done, thank you
At the population level, rabbits can have high fecundity:- does this imply an absence of density dependent effects? Or perhaps since rabbits seek to maximize r, the effect would make itself felt on their survivability?
Fascinating
im having flashbacks to my differential equations class. :D
Wow. Cool! Poor fish 🐠 :(
POV: Your watching this because your teacher assigned this to you for your AP Biology class
Your teacher didn't educate you about apostrophes.
@@reprogrammingmind Happy late Valentine’s Day
Sir , if I'm correct isn't fecundity the maximum no of offsprings the organism can bear in ideal conditions vs fertility which is no of offsprings under normal environmental conditions.
Latin don't have y........
Would you say that semel parity species have "very low" fecundity, or, "no" fecundity?
Semelparous species may have high fecundity during their singular respoductive event--a lot of their energy is allocated into growth and said event. Salmon are an example of a semelparous species with high fecundity.