BIOL 2335 Lecture Notes - Lecture 13: Annual Plant, Caulerpa, Life Table

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2 Mar 2018
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Life history and demographic history: caulerpa taxifola (seaweed) Life history decisions activities in organisms" lives: 1. How long and fast to grow: 2. How much energy to allocate into reproduction each time: 5. Types of characteristics that constitute life history properties. Which of following represent life history traits: age of first reproduction, number of reproductive events, number of progeny, progeny size. Nt=n0e^rt: n1 = 11. 001, n3 = 1331, n5=161135, n10=2. 6*10^10. Why can"t annual plant have larger fecundity in year 1 to attain higher r, keeping everything else the same: the organism is unable to allocate enough energy to producing children when it needs to continually grow. There is not an infinite amount of energy for the organism which would allow the plant to maximize fecundity, survivorship and growth. Age of reproduction is mediated by how much organism will grow if you are young, you are allocating energy into growing rather than reproducing.

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