ライフサイエンスコーパス: alarm call

1 rs, of their mobbing alarm calls (hereafter 'alarm calls').

2 rs in variations of a single type of mobbing alarm call.

3 id rodents and individuality in their social alarm calls.

4 el of complexity and sophistication in avian alarm calls.

5 advantageous for birds not to respond to all alarm calls.

6 rm calls from each other as well as from non-alarm calls.

7 would favor the early ability to respond to alarm calls.

8 irs, in response to which the females ceased alarm calling.

9 experiments in the field confirmed that the alarm calls alone are sufficient to elicit appropriate b

10 Likewise, alarm calls and attack flights increased from days 1-4 w

11 scriminate among calls, cardiac responses to alarm calls and control stimuli were recorded from 2 rea

12 posed of nonkin, suggesting that referential alarm calls are often given in situations when no geneti

13 Using an alarm-call-based field experiment, we show that chimpanz

14 While the semantic properties of vervet alarm calls bear little resemblance to human words, the

15 to the informational content of each other's alarm calls but prioritize them differently relative to

16 young can discriminate between 2 classes of alarm calls but they may not discriminate these calls fr

17 Alarm-calling by oxpeckers significantly improved the ra

18 Animal alarm calls can contain detailed information about a pre

19 dangerous snake, whether or not he gives an alarm call depends on his perception of another individu

20 species to eavesdrop most on other species' alarm calls [e.g., 1, 2] but also that solitary-living s

21 imal communication, functionally referential alarm calls elicit the same behavioral responses as thei

22 ing groups that differed in the frequency of alarm-call exposure.

23 This requires discrimination of classes of alarm calls from each other as well as from non-alarm ca

24 Alarm calls given in response to leopards, eagles, and s

25 Vervet monkey alarm calling has long been the paradigmatic example of

26 Research on alarm calls has yielded rare glimpses into the minds of

27 dy suggests that primates monitor the effect alarm calls have on others.

28 Despite the central role the vervet alarm calls have played for understanding the evolution

29 t the frequency parameters, of their mobbing alarm calls (hereafter 'alarm calls').

30 at current levels of road traffic noise mask alarm calls, impeding the ability of great tits to perce

31 we show that chimpanzees were more likely to alarm call in response to a snake in the presence of una

32 hat breed in nonkin groups, give one type of alarm call in response to aerial threats (flying raptors

33 Rhinos alerted by oxpeckers' alarm calls never re-oriented in our direction but moved

34 lysis showed that males mimicked the mobbing alarm calls of multiple species calling together, enhanc

35 amples of solitary species responding to the alarm calls of other species, however, are limited and u

36 hrus ater and the referential anti-parasitic alarm calls of the yellow warbler Setophaga petechia, up

37 The alarm calls of vervet monkeys (Chlorocebus pygerythrus)

38 Many animals recognize the alarm calls produced by other species, but the amount of

39 apid development of post-emergent behavioral alarm-call responses.

40 o which they were attracted by broadcasts of alarm calls (social information).

41 (Poecile atricapillus) have a sophisticated alarm call system in which they encode complex informati

42 the authors describe playback studies on the alarm call system of two colobine species, the King colo

43 wever revealed the use of several additional alarm calling systems in primates.

44 When the number of signals is limited, as in alarm calling, the system tends to evolve to group toget

45 gs represent an important new evidence-based alarm call; the next pandemic may not be a sudden event,

46 ations of these heterospecific "chick-a-dee" alarm calls, thereby evidencing that they have gained im

47 The COVID-19 pandemic is an alarm call to all on the risks of zoonotic diseases and

48 or individually to intra- and interspecific alarm calls, to a raptor silhouette (aerial predation ri

49 Both species produce two basic alarm call types, snorts and acoustically variable roari

50 eover, the females persistently continued to alarm call until their own male produced calls with the

51 both the production and perception of avian alarm calls using a combination of lab and field experim

52 nalities' in the form of distinct regimes of alarm call variants.

53 al cues include facial reactions of disgust, alarm-call vocalizations, and reduction in food-associat

54 seen the snake or had not been present when alarm calls were emitted.

55 Alarm calls were significantly more common if the caller

56 s [8, 9]), but this does not usually include alarm calls, which are thought to be the product of kin