Animals and their biotic environment: Rothschildia moths.

1 a big moth
|

2 adult Rothschildia lebeau
|

3 eggs
|

4 egg hatching
|

5 3rd and 4th instars
|

6 4th instar
|

7 5th instar
|

8 other models
|

9 cocoon
|

10 Rothschildia colony
|

11 mating in captivity
|

12 mating can
|

13 male antennae
|

14 male Rothschildia trap
|

15 the next morning
|

16 male Rothschildia
|

17 marking moths
|

18 near miss
|

19 exhaustion
|

20 mating phenology
|

21 staying in copula
|

22 polymorphism
|

23 a beginning
|

24 cocoon environment
|

25 cocoon environment
|

26 why the two colors?
|

27 why the two colors?
|

28 why the two colors?
|

29 why the two colors?
|

30 why the two colors?
|

31 why the two colors?
|

32 why the two colors?
|

33 why the two colors?
|

34 why the two colors?
|

35 why the two colors?
|

36 why the two colors?
|

37 why the two colors
|

38 why two colors?
|

39 phenology of wing color
|

40 phenology of wing color
|

41 phenology of wing color
|

42 female phenology
|

43 saturniid seasonal morphs
|

44 food, what you do with it
|

45 defoliation and starvation
|

46 eggs and 1rst instar larvae
|

47 first instar larvae
|

48 defoliation and starvation
|

49 starvation
|

50 results of starvation
|

51 results of starvation
|

52 mating compatibility
|

53 mating compatibility
|

54 mating compatibility
|

55 parasitoids, parasites
|

56 Enicospilus cocoons
|

57 Enicospilus lebophagus
|

58 hyperparasites
|

59 Epiencyrtus
|

60 Rothschildia erycina
|

61 R. erycina caterpillar
|

62 R. erycina cocoon
|

63 R. erycina adult
|

64 shared parasitoids
|

65 Lespesia X R. erycina
|

66 predators
|

67 predators and cocoons
|

68 predators and cocoons
|

69 insect predators
|

70 parasites
|