1. 1) Fill in the below table (ie A= young)
3) What is an example of antagonistic pleitropy?
a) Lots of offspring
b) Semelparous life history
c) Methusulah locus
d) Type I species
4) What are the assumptions of Lack’s Hypothesis? (pick 3)
a) Small clutch = lots of offspring
b) No year-to-year variation in optimal clutch size
c) No trade-offs of reproductive efforts between years
d) Parasitic offspring
e) Clutch size only effects egg viability
5) List two question on the reading for this week
1) Fill in the below table
(ie A= young) A B C D E F G H I J
What are the two hypotheses on why individuals age & die? (mark 2)
Evolutionary theory
Lack’s Hypothesis
Clutch size hypothesis
Rate-of-living theory

2. 1) Fill in the below table (ie A= young)
3) What is an example of antagonistic pleitropy?
a) Lots of offspring
b) Semelparous life history
c) Methusulah locus
d) Type I species
4) What are the assumptions of Lack’s Hypothesis? (pick 3)
a) Small clutch = lots of offspring
b) No year-to-year variation in optimal clutch size
c) No trade-offs of reproductive efforts between years
d) Parasitic offspring
e) Clutch size only effects egg viability
5) List two question on the reading for this week
1) Fill in the below table
(ie A= young) A B C D E F G H I J
What are the two hypotheses on why individuals age & die? (mark 2)
Evolutionary theory
Lack’s Hypothesis
Clutch size hypothesis
Rate-of-living theory

3. 1) Fill in the below table (ie A= young)
3) What is an example of antagonistic pleitropy?
a) Lots of offspring
b) Semelparous life history
c) Methusulah locus
d) Type I species
4) What are the assumptions of Lack’s Hypothesis? (pick 3)
a) Small clutch = lots of offspring
b) No year-to-year variation in optimal clutch size
c) No trade-offs of reproductive efforts between years
d) Parasitic offspring
e) Clutch size only effects egg viability
5) List two question on the reading for this week
1) Fill in the below table
(ie A= young) A B C D E F G H I J
What are the two hypotheses on why individuals age & die? (mark 2)
Evolutionary theory
Lack’s Hypothesis
Clutch size hypothesis
Rate-of-living theory

4. 1) Fill in the below table (ie A= young)
3) What is an example of antagonistic pleitropy?
a) Lots of offspring
b) Semelparous life history
c) Methusulah locus
d) Type I species
4) What are the assumptions of Lack’s Hypothesis? (pick 3)
a) Small clutch = lots of offspring
b) No year-to-year variation in optimal clutch size
c) No trade-offs of reproductive efforts between years
d) Parasitic offspring
e) Clutch size only effects egg viability
5) List two question on the reading for this week
1) Fill in the below table
(ie A= young) A B C D E F G H I J
What are the two hypotheses on why individuals age & die? (mark 2)
Evolutionary theory
Lack’s Hypothesis
Clutch size hypothesis
Rate-of-living theory

5. 1) Fill in the below table (ie A= young)
3) What is an example of antagonistic pleitropy?
a) Lots of offspring
b) Semelparous life history
c) Methusulah locus
d) Type I species
4) What are the assumptions of Lack’s Hypothesis? (pick 3)
a) Small clutch = lots of offspring
b) No year-to-year variation in optimal clutch size
c) No trade-offs of reproductive efforts between years
d) Parasitic offspring
e) Clutch size only effects egg viability
5) List two question on the reading for this week
1) Fill in the below table
(ie A= young) A B C D E F G H I J
What are the two hypotheses on why individuals age & die? (mark 2)
Evolutionary theory
Lack’s Hypothesis
Clutch size hypothesis
Rate-of-living theory