ライフサイエンスコーパス: seed dispersal

1 ant species, particularly those with limited seed dispersal.

2 distance of 45 m) indicating short-distance seed dispersal.

3 ch likely function in attracting animals for seed dispersal.

4 ring to fruit production and a commitment to seed dispersal.

5 d ant species forage, resulting in effective seed dispersal.

6 ondition-related benefits of animal-mediated seed dispersal.

7 to climate change that depends critically on seed dispersal.

8 protecting the developing seeds and ensuring seed dispersal.

9 indicated extensive historical gene flow via seed dispersal.

10 fact provide highly effective long-distance seed dispersal.

11 ays senescence and preserves the fruit until seed dispersal.

12 d by between-morph differences in pollen and seed dispersal.

13 n, phylogeography, molecular systematics and seed dispersal.

14 is largely a result of restricted pollen and seed dispersal.

15 h of the three fruit cell types required for seed dispersal.

16 to plant populations that exhibit stratified seed dispersal.

17 ited; dissemination occurs primarily through seed dispersal.

18 y plant-animal interactions: pollination and seed dispersal.

19 capsaicin and therefore serve as vectors for seed dispersal.

20 ture is likely to have resulted from limited seed dispersal.

21 s valve separation from the replum, allowing seed dispersal.

22 with an important role in fruit opening and seed dispersal [6].

23 capacity, competitive ability for light and seed dispersal ability, whereas shifts at the leading ed

24 nctional morphological space associated with seed dispersal ability.

25 bilization of starch reserves, attraction of seed dispersal agents, and adaptation to tropical daylen

26 We estimated past seed dispersal among the same communities by examining g

27 pact of frugivore loss on plants, we compare seed dispersal and recruitment of two fleshy-fruited tre

28 ed differentiation, whereas mowing increased seed dispersal and reduced differentiation for chloropla

29 perience density-dependent mortality between seed dispersal and seedling establishment.

30 r knowledge, and its hypothesized effects on seed dispersal and the long-term survival of Malagasy pl

31 Germination terminates seed dispersal and thus influences the location and timi

32 Theories of seed dispersal and tropical forest regeneration suggest

33 under a high-emissions future, disturbances, seed dispersal, and competition using the landscape mode

34 d to protect seeds from predation and/or aid seed dispersal, and have evolved multiple times independ

35 es that benefit people, such as pollination, seed dispersal, and pest consumption.

36 nvertebrates, only ants have a major role in seed dispersal, and thousands of plant species produce s

37 ly, this view holds that mutualisms, such as seed dispersal, are crucial ecological interactions that

38 iparental inbreeding, selfing and restricted seed dispersal as main determinants of SGS, with restric

39 ny times independently within taxa that have seed dispersal as their default strategy.

40 thus, the importance of each ant species for seed dispersal became more homogeneous, thereby reducing

41 omplex in detail because leaf morphology and seed dispersal biology influence the specific ways in wh

42 etic structuring, most likely due to limited seed dispersal, but the overall level of differentiation

43 ly upon vegetative dispersal by rhizomes and seed dispersal by "shattering" of the mature inflorescen

44 study, we focus on understanding the role of seed dispersal by animals in the evolution of seed size

45 e-partner mutualisms, such as pollination or seed dispersal by animals, than in small and modular net

46 rstand the consequences for plant fitness of seed dispersal by animals.

47 ted to a number of factors, including active seed dispersal by ants, rare long-distance gene-flow eve

48 ction of ripe, fleshy fruit is to facilitate seed dispersal by attracting consumers, yet many fruits

49 ny plant species that seem to be adapted for seed dispersal by megafauna that went extinct in the lat

50 Thus, bellbirds play a significant role in seed dispersal by providing directed dispersal to favora

51 t habitat corridors affect wind dynamics and seed dispersal by redirecting and bellowing airflow and

52 nt support for the hypothesis that secondary seed dispersal by scatter-hoarding rodents has facilitat

53 Seed dispersal by vertebrates is one of the most common

54 e genetic structure is the result of limited seed dispersal combined with genetic drift.

55 their diet breadth in a way that maintained seed dispersal, despite the identity of many interaction

56 Chance events such as seed dispersal determine the potential composition of pl

57 y not keep pace with climate changes because seed dispersal distances are often limited and competiti

58 ement for O. bataua suggests that pollen and seed dispersal distances may be similar.

59 (per g DW), we calculated potential seagrass seed dispersal distances.

60 og has been independently selected to reduce seed dispersal during domestication of rice, in spite of

61 ecosystems through changes in pollinator and seed dispersal ecology, and demands a focused research e

62 though plant reproduction depends largely on seed dispersal, evolutionary ecologists have been unable

63 regeneration suggest that the advantages of seed dispersal for most plants are escape from seed pred

64 Given the crucial importance of seed dispersal for plant persistence, it remains a myste

65 e similar activities via their necessity for seed dispersal in Arabidopsis and tomato, respectively.

66 spite of the agronomic value of controlling seed dispersal in crop plants such as canola.

67 The role of seed dispersal in maintaining genetic connectivity among

68 Seed dispersal in plants such as Arabidopsis occurs by a

69 enhance the stability of the community-wide seed dispersal in the face of continued anthropogenic im

70 The results suggest that seed dispersal is restricted but that there is long-dist

71 rametric estimates of migration suggest that seed dispersal is sufficient for migration across the ap

72 Our data show that seed dispersal is the main vector of gene flow among rem

73 as used to investigate abscission effects on seed dispersal kernels and plant population migration ra

74 ebony, Diospyros egrettarum (Ebenaceae), was seed-dispersal limited after the extinction of all nativ

75 trees that depend on fruit-eating birds for seed dispersal may fail to recruit seedlings if dispersa

76 ing strategies with complex relationships to seed dispersal mechanisms in Malagasy plants.

77 or example, in species with effective pollen/seed dispersal mechanisms.

78 dicted by a simple plant life-history trait: seed dispersal mode.

79 Seed dispersal mutualisms are essential for the survival

80 Seed-dispersal mutualisms have a fundamental role in reg

81 biological invasion that disrupts important seed-dispersal mutualisms.

82 ecosystems possessing an intact or disrupted seed dispersal network.

83 st abundant seed-dispersing ant species from seed dispersal networks in a Mediterranean landscape, re

84 etworks (such as food webs, parasitoid webs, seed dispersal networks, and pollination networks) have

85 plant and animal species in pollination and seed-dispersal networks from central Europe.

86 persal (one parent present) or long-distance seed dispersal (no parents present).

87 ocess that together are necessary to promote seed dispersal of fleshy fruit.

88 alterations, making them more attractive to seed dispersal organisms.

89 uveniles was detected up to 50 m, indicating seed dispersal over a short distance.

90 cent studies, may be explained by pollen and seed dispersal over the 50 ha plot, overlapping seed sha

91 lite loci was used to investigate pollen and seed dispersal patterns of the dioecious wind-pollinated

92 different types of mutualisms: pollination, seed dispersal, plant protection, rhizobial, and mycorrh

93 the range of the cold-adapted ant, effective seed dispersal recovers.

94 is used to examine the effects of stratified seed dispersal (representing the distribution of the maj

95 and tapirs in particular offer nonredundant seed-dispersal services for many large-seeded Neotropica

96 We investigate plant seed dispersal south and north of a distinct boundary be

97 modified fruit morphology and the change in seed dispersal strategies that occurred in Medicago, a g

98 position explain developmental variation in seed-dispersal structures at the population and family l

99 lanatory power than did plant traits such as seed dispersal syndrome and plant growth form.

100 resent an integrated mechanism for explosive seed dispersal that links evolutionary novelty with comp

101 hree factors: short-distance pollination and seed dispersal, the mixed-mating condition of the specie

102 Interest in the importance of seed dispersal to plant communities has been heightened

103 , we quantify the contribution of vertebrate seed dispersal to spatial patterns of diversity of tree

104 n of seeds from rest, the sensitivity of the seed dispersal to this initial condition declined as the

105 t represent diverse modes of pollination and seed dispersal - we conducted in-depth reviews of ecolog

106 e critical services, such as pollination and seed dispersal, which underpin functional and resilient

107 particularly decomposition, pollination, and seed dispersal, will likely decline as a result.