1. Allometry synonyms, Allometry pronunciation, Allometry translation, English dictionary definition of Allometry

2. No Allometry and positive Allometry • BOTH rare, esp

3. Size allometries were analysed for all treatments.

4. What are synonyms for Allometry?

5. Allometry: (ə-lŏm′ĭ-trē) n

6. Key words: length–biomass allometry, seaweed.

7. Synonyms for Allometry in Free Thesaurus

8. Allometry References in periodicals archive ? Allometric relationships can be determined during development (ontogenetic Allometry) or in mature individuals throughout the process of evolution of a species (phylogenetic Allometry) (Pilbeam & Gould, 1974).

9. Allometry AND SIZE IN ONTOGENY AND PHYLOGENY

10. Pseudopanax crassifolius, heteroblasty, leaf shape, development, allometry, New Zealand.

11. Key words: modeling, bioaccumulation, ecological magnification, allometry, body size

12. Allometry is an important method for describing morphological evolution

13. • Positive Allometry • Y and X change at same rate • Isometry

14. Strictly speaking, ‘Allometry’ is an umbrella term describing three distinct processes.

15. (Index words: Allometry, Gestational age, Human growth, Gompertz curves, Deduction, Empirical)

16. Allometry, also called biological scaling, in biology, the change in organisms in relation to proportional changes in body size. An example of Allometry can be seen in mammals.

17. Allometry is the study of the relationship of body size to shape

18. Key words: allometry, life-history theory, size constraints, reproductive effort, reproductive cost.

19. Key words: allometry, cleistogamy, plasticity, pollen limitation, Rocky Mountain Biological Laboratory, Violaceae.

20. Allometry: The Study of Biological Scaling Allometry is the study of how these processes scale with body size and with each other, and the impact this has on ecology and evolution

21. Allometry, sexual size dimorphism, and niche partitioning in the Mediterranean gecko (Hemidactylus turcicus)

22. Errors of omission and treatment have plagued the study of Allometry in primates.

23. The science of physiologic scaling, Allometry, was first proposed by Snell in 1892

24. Niklas has written the first book to apply Allometry to studies of the evolution, …

25. The pattern of allometry was consistent between sexes, but varied according to body region.

26. Acoustic Allometry: Prediction of minf o from body size and VFL across species

27. Allometry This handout describes the application of allometric analyses to some primate problems

28. Allometry, in its broadest sense, describes how the characteristics of living creatures change with size.

29. The scientists employed biochemical methodsand allometry (the link between shape and size) in this study.

30. Allometry, in a broad sense, describes how phenotypic traits change with changes in overall body size

31. Key words: allometry, crown architecture, individual leaf area, leaf area index, onset of branching, tree height.

32. The mean ontogenetic Allometry is the main parameter that determines the static allometric slope, while the covariance between the ontogenetic allometric slope and body size generates most of the discrepancies between ontogenetic and static Allometry

33. Allometry is the study of how the characteristics of an organism change with the size

34. Allometry is the subset of this variation that is generated by the processes that regulate size

35. Among species, there was a pronounced allometry, with smaller species having much higher rates per unit size.

36. Intraspecific (static) allometries in Green-winged Teal (Anas crecca) and Marbled Teal (Marmaronetta angustirostris) are different: wing length is negatively allometric and tarsus is isometric.

37. In this interspecific Allometry, the facial region of the skull is proportionally longer than the braincase in larger species

38. 8 words related to Allometry: discipline, field of study, subject area, subject field, bailiwick, subject, field, study

39. For both species, the greatest allometry in total tissue CCO activity occurred in the brain and intestine.

40. A positive allometry to body weight was found for the diameters at the diaphysis of leg bones.

41. • Our allometry provided a practical means to assess wood development and related physiology for the temperate tree species.

42. The heavy jaws with sharp teeth were photographed and jaw dimensions' analysed using Procrustes analysis followed by correction for allometry.

43. The theories of open systems, feedback, allometry and growth according toBertalanffy are reviewed with respect to their experimental applications.

44. What does Allometry mean? The disproportionate growth of a part or parts of an organism as the organism changes in size

45. Static Allometry (the slope of an intraspecific log–log regression of the size of a structure on body size—henceforth “Allometry”) is a measure of the proportional sizes of a particular body structure in a population of individuals at the same ontogenetic stage but with different body sizes.

46. Allometry refers to the size-related changes of morphological traits and remains an essential concept for the study of evolution and development

47. Allometry is the study of the relative change in proportion These attributes may be morphological, physiological, or otherwise. mass and body mass

48. AB - Several interconnected issues are a part of most studies of ontogenetic Allometry, the relationship between size and shape during growth

49. In its simplest form, the study of Allometry is about investigating and quantifying the relative sizes and shapes of body parts.

50. Allometry (uncountable) The science studying the differential growth rates of the parts of a living organism's body part or process

51. Allometry designates the changes in relative dimensions of parts of the body that are correlated with changes in overall size

52. Large scapulocoracoids could not have borne suprascapulae relatively as large as the small scapulocoracoids, and, therefore, negative allometry is indicated for the suprascapula.

53. The Allometry of maximum somatic growth rate has been used in prior studies to classify the metabolic state of both extant vertebrates and dinosaurs

54. Only starting from a body length of 125 cm, i.e. after the 7th year of life, there is a negative allometry of the organ.

55. As scaling to a single trait has been routinely used in many studies carried out in animals, we warn against quick interpretations based on such analyses and recommend more cautious inspection of allometries.

56. Allometry definition: the study of the growth of part of an organism in relation to the growth of the entire Meaning, pronunciation, translations and examples

57. They disclosed a continuosly positive allometry from the 4th fetal month to birth, followed by a postpartum decrease in the absolute size of the organ.

58. Our results bring into question the significance of interspecific allometries in vertebrate morphology, which may to some extent be non-functional by-products of morphological optimisation processes within species and ecological differences between them.

59. We access the morphology and allometry of the scapulocoracoid and furcula and show that they grow, at least in juveniles, in isometry with the humerus.

60. Allometric relationships are developed between biomass components and diameter, and crown structure is analysed in terms of crown allometry, pipe model relationships, and foliage density.

61. These results demonstrate that the allometry of species bioenergetics and seasonal temperature fluctuations are responsible for the degree of chemical biomagnification observed in aquatic food webs.

62. Allometry, the study of the growth rate of an organism's parts in relation to the whole, has produced exciting results in research on animals

63. Since these differences cannot be readily explained by allometry or sexual dimorphism, the hypothesis that this specimen represents a new species is provisionally accepted.

64. During the different periods examined the organ showed both negative and positive allometry, enantiometry and finally — related to the body growth — no growth tendency.

65. The relationship between biomass and diameter, fitted on a log–log scale, changed significantly at ~3 cm DBH, suggesting that allometry differed between saplings and older trees.

66. Allometry should be defined broadly as the study of size and its consequences, not narrowly as the application of power functions to the data of growth

67. Allometry definition is - relative growth of a part in relation to an entire organism or to a standard; also : the measure and study of such growth.

68. Comparisons of Fourier harmonics between scallop beds separated by age and sampling year, and corrected for allometry, revealed significant differences in the majority of harmonic numbers.

69. Allometric analysis suggests that total leg lengths (particularly middle and rear) increase at a much greater rate with body size in males than in females, therefore there is sexual dimorphism in allometries on the scale of that in the traits themselves.

70. This means that the dynamics of mass growth of the skeleton, as compared with that of the body as a whole, does not follow a positive allometry in cetaceans.

71. ‘The positive Allometry in both groups suggests that larger species loaded their jaws more heavily, because deeper jaws are much stronger in resisting loads applied dorsoventrally, as during jaw closure.’

72. Similar cycles concerning the weight-allometry of the mass of several organs (brain, heart, liver, skin) and the tissue respiration of brain, liver, intestine and kidneys are statistically significant.

73. While vascular plants and unicellular microalgae can be viewed as clearly growing in three dimensions, the studied seaweeds are predominantly flat, which thus seems to explain their divergent allometry.

74. By means of allometry it was possible to distinguish six different growth phases: early development (I), sprouting (II), appearance of panicles (III), flowering (IV), ear development (V), and ripening (VI).

75. Allometry is an empirical expression of the distribution of biomass between aboveground and belowground tissues. In general this relationship will be species specific and it will shift as a stand develops.

76. However, rate constants for intercompartmental exchanges declined faster than weight−0.25, indicating that their turnover and flux declined much faster with increasing body size than would be expected from general allometry.

77. Allometry equations need to include an intercept if you are trying to predict the one major body dimension from another (for example, how body mass scales relative to limb bone circumference).

78. The mitral valve and the angular and parietal leaflet of the tricuspid valve show a negative allometry or slower growth rate than body or heart, whereas the septal leaflet grows isometrically.

79. This review is the first systematic comparison of allometric methods in the context of geometric morphometrics that considers the structure of morphological spaces and their implications for characterizing Allometry and performing size …

80. Allometry is a salient feature of the covariance structures of most complex morphologies. Traits are said to exhibit allometric variation when they do not scale isometrically to some measure of size (Gould, 1966)