ライフサイエンスコーパス: juniper

1 haping the evolutionary history of this rare juniper.

2 e same drought causes partial canopy loss in juniper.

3 ained between needles and berries of the two junipers.

4 ively analyzed HRQL data, as measured by the Juniper Asthma Quality of Life Questionnaire, in subject

5 hma Symptom Utility Index, and the Marks and Juniper Asthma Quality of Life Questionnaires), and the

6 mix, cherry-smoking spice mix, and a mix of juniper berries and bay leaves were tested.

7 Juniper berry oil also blunted increases in intracellula

8 Both juniper berry oil and fish oil treatment improved rates

9 roximately 25% with fish oil and over 50% by juniper berry oil diets compared with corn oil controls.

10 nmol/g/h and 34 nmol/g/h in the fish oil and juniper berry oil groups, respectively.

11 Juniper berry oil is rich in 5,11,14-eicosatrienoic acid

12 therefore, the effects of a diet containing juniper berry oil on hepatic reperfusion injury in a low

13 Importantly, juniper berry oil reduced cell death in pericentral regi

14 he hypothesis that feeding a diet containing juniper berry oil reduces reperfusion injury by inhibiti

15 group, but was only 21 U/g/h as a result of juniper berry oil treatment.

16 re fed semisynthetic diets containing either juniper berry oil, fish oil, or corn oil for 14 to 16 da

17 increased 4.4- and 4.3-fold by fish oil and juniper berry oil, respectively, also reflecting improve

18 oak, chestnut, Bosnian pine, cherry, common juniper, common walnut, white mulberry, black locust and

19 tree and shrub cover may become increasingly juniper dominated as a result of the few suitable micros

20 t in successional trajectories toward a more juniper-dominated woodland and highlight the importance

21 and shifted adult woodland composition to a juniper-dominated, more savannah-type ecosystem.

22 f alternative climate scenarios on the pinon-juniper ecosystem and found that warmer and drier climat

23 ecipitation patterns will further accelerate juniper encroachment and woody thickening in a warm-temp

24 rass interactions, and (3) the trajectory of juniper encroachment into savannas, under these anticipa

25 evolution of soil moisture profiles; and (c) juniper encroachment lowered the water level in the perc

26 Pinon and juniper exhibited different and opposite shifts in water

27 -sensitive tree-ring chronologies from major juniper forests in a north-south transect on the eastern

28 Isotopic measurements on junipers growing in southern California during the last

29 es responded to precipitation reduction, but juniper increased deep water uptake and pinon increased

30 xperiment in a pinon pine (Pinus edulis) and juniper (Juniperus monosperma) ecosystem in New Mexico (

31 n pinon pine (Pinus edulis) by >/=39%, while juniper (Juniperus monosperma) had low growth and little

32 ature pinon pine (Pinus edulis) and one-seed juniper (Juniperus monosperma) using an experimental dro

33 Here, we examined pinon and Utah juniper (Juniperus osteosperma) recruitment at 30 sites

34 This is in contrast to juniper juvenile densities, which increased over this ti

35 hether altering the prostanoid profile using juniper oil (JO) would afford renoprotection in rats tre

36 a rainfall manipulation experiment in pinon-juniper (Pinus edulis-Juniperus monosperma) woodland usi

37 nge; 95% CI, 0.67 to 0.96 ppb; P = .04), and Juniper quality-of-life scores increased from 80.2 to 87

38 cruitment was more strongly facilitated than juniper recruitment by trees and shrubs.

39 Pinon and juniper recruitment was greater at sites with more tree

40 During a dry summer, juniper responded to warming with a shift to shallow wat

41 highest impact in post oak woodlands, pinyon-juniper shrublands and Ashe juniper woodlands.

42 pressive, with members ranging from 5-m-tall juniper shrubs to 100-m-tall redwood trees.

43 in a grassland, a grassland encroached by a juniper species (eastern redcedar, Juniperus virginiana)

44 For juniper, treatments had no effect on insect resistance o

45 sults highlight the importance of shrubs and juniper trees for the facilitation of pinon establishmen

46 yzed water source dynamics in pinon pine and juniper trees subjected to precipitation reduction, atmo

47 Warming impairs juniper uptake of deep sources during extended dry perio

48 n the same plant species and between the two junipers were observed.

49 We simulated the physiology of a pinon pine-juniper woodland (Pinus edulis-Juniperus monosperma) tha

50 (eastern redcedar, Juniperus virginiana), a juniper woodland and an oak forest in the south-central

51 programs in U.S. desert shrubland and pinyon-juniper woodland have shown that (i) complex dynamics of

52 een semiarid ponderosa pine forest and pinon-juniper woodland shifted extensively (2 km or more) and

53 rom seasonally dry tropical forest and pinon-juniper woodland with < 26% mean error.

54 Within the widely distributed pinon-juniper woodlands of the southwestern USA, a multiyear d

55 oodlands, pinyon-juniper shrublands and Ashe juniper woodlands.

56 ost-mortality regeneration dynamics in pinon-juniper woodlands.