ライフサイエンスコーパス: tall

1 age), sex, or height (among donors </=190 cm tall).

2 cm tall) and a 10-y-old girl (30 kg, 140 cm tall).

3 agricultural crops, and tree saplings (<5 m tall).

4 ur ALL subtypes: BCR-ABL, E2A-PBX1, MALL and TALL.

5 o 11, and carbonate chimneys 30 to 60 meters tall.

6 uneven dumbbell, and is approximately 170 A tall.

7 lar mRNAs that do not terminate in a poly(A) tall.

8 edges grade into spires up to several metres tall.

9 ands and deliver an exceptionally narrow and tall (1)H NMR signal.

10 Native TALL-1 (B-cell activation factor, BAFF; also known as Bl

11 The functional, soluble fragment of TALL-1 (sTALL-1) forms a virus-like assembly for its pro

12 crystal structure of the functional soluble TALL-1 (sTALL-1) has been determined at 3.0 A. sTALL-1 f

13 They consider TALL-1 60-mers to be the biologically active form, and t

14 se data indicate that BCMA is a receptor for TALL-1 and BCMA activates NF-kappaB through a TRAF5-, TR

15 The tumour necrosis factor (TNF) ligand TALL-1 and its cognate receptors, BCMA, TACI and BAFF-R,

16 Our studies further confirm TALL-1 as a stimulator of B cells that affect Ig product

17 in the Notch3-overexpressing human leukemic TALL-1 cells reduces their high invasive potential, by d

18 ssion cloning of a cell surface receptor for TALL-1 from a human Burkitt's lymphoma RAJI cell library

19 TALL-1 has three receptors, including BCMA, TACI, and BA

20 Transgenic mice overexpressing TALL-1 have severe B cell hyperplasia and lupus-like aut

21 sembly of sTALL-1 is the functional unit for TALL-1 in vivo.

22 icity of the extracellular domain eBAFF-R to TALL-1 instead of APRIL, a closely related ligand of TAL

23 TALL-1 is a member of the TNF family that is critically

24 TALL-1 is a recently identified member of the tumor necr

25 Here we show that active TALL-1 is trimeric under normal physiological conditions

26 Thus, TALL-1 may be a primary mediator in B cell-associated au

27 ion and characterization of the receptor for TALL-1 provides useful information for the development o

28 BAFF-R is the major stimulatory receptor for TALL-1 signaling and is required for normal B cell devel

29 BCMA as a NF-kappaB-activating receptor for TALL-1 suggests molecular targets for drug development a

30 ellular domain of BCMA blocks the binding of TALL-1 to its receptor on the plasma membrane and inhibi

31 The TALL-1 transgenic mice showed severe enlargement of sple

32 toimmune lupus-like disease was also seen in TALL-1 transgenic mice, characterized by the presence of

33 cells and this interaction is stimulated by TALL-1 treatment.

34 s-like changes in transgenic mice expressing TALL-1 under the control of a beta-actin promoter.

35 ligand-related leukocyte-expressed ligand 1 (TALL-1) as a novel member of the TNF ligand family that

36 or of the TNF family, also known as BlyS and TALL-1), a TNF family cytokine critical for the developm

37 after ligation with BAFF ligand (also called TALL-1, BLyS, THANK, or zTNF4).

38 pment, BAFF (B cell activating factor, BlyS, TALL-1, CD257, TNFSF13B) and APRIL (a proliferation indu

39 zTNF4 (BLyS, BAFF, TALL-1, THANK) is a member of the tumour necrosis factor

40 BLyS (also called BAFF, TALL-1, THANK, and zTNF4), a TNF superfamily member, bin

41 BLyS (also called TALL-1, THANK, or BAFF) [1] [2] [3] [4] is a member of t

42 nstead of APRIL, a closely related ligand of TALL-1, which was confirmed by binding experiments in vi

43 f the TNF family ((BAFF) also known as BLyS, TALL-1, zTNF-4, THANK, and TNSF13B), a B cell growth fac

44 acellular domain protein specifically blocks TALL-1-mediated B cell proliferation without affecting C

45 receptor on the plasma membrane and inhibits TALL-1-triggered B lymphocyte costimulation.

46 binding affinities to both human and murine TALL-1.

47 only by B lymphocytes, specifically binds to TALL-1.

48 appaB, and this activation is potentiated by TALL-1.

49 TALL-1/BAFF/BLyS was recently identified as a member of

50 TALL-1/Blys/BAFF is a member of the tumor necrosis facto

51 The B cell activating factor BAFF (BlyS/TALL-1/zTNF4) is a tumor necrosis factor (TNF)-related l

52 functions of the IL-2-dependent T cell line TALL-104 (CD3/TCR-alphabeta+, CD8+, CD56+) and of LAK ce

53 n-1 drastically enhanced the cytotoxicity of TALL-104 and CD8+ LAK cells against a resistant tumor ta

54 ma, TNF-alpha, and TNF-beta) release by both TALL-104 and LAK cells, ligation of CD38L was not follow

55 (10 mg/kg/day) starting from the day before TALL-104 cell administration throughout the treatment to

56 te/macrophage-colony stimulating factor upon TALL-104 cell coincubation with brain tumor cells variab

57 se data indicate the strong potential of the TALL-104 cell line in future marrow purging strategies a

58 The human TALL-104 cell line is endowed with a uniquely potent MHC

59 l line (ALL-1), which is fairly resistant to TALL-104 cell lysis in longterm 51Cr-release assays but

60 Our results indicate that essentially every TALL-104 cell responds to maximal stimulation by releasi

61 f lethal irradiation and cryopreservation on TALL-104 cell viability and lytic efficacy; and (e) esti

62 Lethally irradiated (40 Gy) TALL-104 cells (10(8)/kg) were administered systemically

63 In view of the potential applicability of TALL-104 cells as an anticancer agent, this study was co

64 TALL-104 cells can be irradiated without losing cytotoxi

65 ogether, these data support the concept that TALL-104 cells can be used as a novel nontoxic and effic

66 rase chain reaction (PCR) and colony assays, TALL-104 cells could completely purge marrows containing

67 ssays but can be totally growth inhibited by TALL-104 cells in proliferation assays, residual ALL-1 c

68 stemic administration of lethally irradiated TALL-104 cells in the absence of exogenous interleukin 2

69 ma showed a preferential localization of the TALL-104 cells in tumor compared with normal brain.

70 lytic efficacy; and (e) estimated the damage TALL-104 cells induce to murine normal and tumor brain c

71 Cells morphologically consistent with TALL-104 cells specifically trafficked from the site of

72 3 additional weeks; in the second schedule, TALL-104 cells were administered daily for a total of 5

73 TALL-104 cells were almost 100% reactive with both mAbs,

74 the cytokine secretion upon coincubation of TALL-104 cells with brain tumor cells; (c) investigated

75 In vitro coincubation of TALL-104 cells with human brain tumor cells, explants, a

76 2) Ca(2+) influx can activate ERK in TALL-104 cells, but this effect does not contribute to E

77 he present study shows that gamma-irradiated TALL-104 cells, cultured for 18 hours with marrows from

78 In vivo experiments using irradiated TALL-104 cells, placed at multiple times into normal can

79 L was not followed by cytokine production in TALL-104 cells.

80 on-1 induced [Ca2+]i mobilization in LAK and TALL-104 cells.

81 xamethasone on brain tumor cell cytolysis by TALL-104 cells; (d) explored the effects of lethal irrad

82 Our results, obtained using TALL-104 human leukaemic CTLs as a model system, are con

83 We used TALL-104 human leukaemic cytotoxic T cells as a model sy

84 We tested this idea using TALL-104 human leukemic CTLs as a model system and disco

85 We used TALL-104 human leukemic CTLs as a model.

86 of Ca(2+) influx in granule exocytosis using TALL-104 human leukemic cytotoxic T cells triggered via

87 ual ALL-1 cells were detectable by PCR after TALL-104 purging.

88 Remarkably, TALL-104 therapy induced various degrees of antitumor ef

89 plex (MHC) nonrestricted killer T-cell line (TALL-104) as a new marrow purging agent in a clinical se

90 onrestricted cytotoxic T-cell leukemic line, TALL-104, were performed in anticipation of its use in c

91 in the Ediacaran Period grew large and stood tall above the seafloor.

92 P), which contains an SH2 domain and a short tall, acts as an inhibitor by blocking recruitment of th

93 like LB1, represents an approximately 3-foot-tall adult female and an adult Basuto microcephalic woma

94 er with each consecutive growth period, per 'tall' allele per month effects were 0.015 SD (3 months-1

95 ed with birth length (0.026 cm increase per 'tall' allele, SE = 0.003, P = 1 x 10(-15), equivalent to

96 tween individuals with </=170 versus >/=191 'tall' alleles (the top and bottom 10%) was 4.7 cm (0.8 S

97 between the 6.2% of people with 17 or fewer 'tall' alleles compared to the 5.5% with 27 or more 'tall

98 lleles compared to the 5.5% with 27 or more 'tall' alleles.

99 ay of square pillars approximately 18 microm tall and 20 microm wide on each side, placed at the end

100 , Sb)2Te3 thermoelectric elements, 20 microm tall and 60 microm in diameter with bridging metal inter

101 plant architecture parameters of sorghum, a tall and densely planted crop species.

102 These resistant weeds were 97 to 199 cm tall and initiated flowering from 78 to 128 d, generally

103 n affects white postmenopausal women, with a tall and lean body habitus and higher rates of scoliosis

104 These include abnormally tall and numerous microvilli or stereocilia, ungraded st

105 of voltage-dependent length changes in both tall and short hair cells at nanometre resolution.

106 The avian basilar papilla contains tall and short hair cells, with the former being compara

107 an among-population genetic correlation for tall and slender individuals (r = -0.80, 95% CI = -0.95,

108 ual hydraulic conductivity, a filter that is tall and thin will produce as much as 25% more water tha

109 hysical examination, he was 5 feet 11 inches tall and weighed 194 pounds.

110 tical patients: a 5-y-old boy (20 kg, 110 cm tall) and a 10-y-old girl (30 kg, 140 cm tall).

111 Impossibly thin, tall, and wrinkle- and blemish-free models are routinely

112 nthetic details en route to an array of 2-nm-tall anthropomorphic molecules in monomeric, dimeric, an

113 pological evidence that West Africans are as tall as Europeans on average.

114 res that look the same: edifices of fuel, as tall as they are wide.

115 Children who were persistently tall at both age 7 years and age 13 years had a signific

116 ass of ~40 kilograms and was ~35 centimeters tall at the hip.

117 This evidence allows the reconstruction of a tall (at least 8 m), tree-fern-like plant with a trunk b

118 late mutant rapidly formed aberrantly dense, tall biofilms.

119 V600E-positive PTC was often conventional or tall cell variant (58%), with frequent extrathyroidal ex

120 hese include the diffuse sclerosing variant, tall cell variant, and insular thyroid cancer.

121 4 animals, respectively, with 83% exhibiting tall-cell features, 83% areas of invasion, and 48% foci

122 two distinct variants of PTC, the aggressive tall-cell variant (TCV) and indolent conventional PTC (c

123 BRAFT1799A is found with high prevalence in tall-cell variant PTCs and in poorly differentiated and

124 When tall-cell variants were excluded, the effect on outcome

125 nt receptor and Galpha(olf) are expressed in tall ciliated ORNs distributed homogenously across the e

126 Thus, short microvillous receptor cells and tall ciliated receptor cells connect to different parts

127 e organizing principles for assembly of the "tall" class of gp130 family cytokine receptor complexes

128 osed of simple cuboidal cells rather than of tall columnar cells.

129 rised chiefly or entirely of glands lined by tall columnar cells.

130 e early amniote embryo and for the growth of tall columnar epithelia in general.

131 Pre-secretory ameloblasts give rise to tall columnar secretory ameloblasts that direct the enam

132 esults show that Hex-expressing cells have a tall, columnar epithelial morphology, which distinguishe

133 erval 1.2-3.8) among women who were thin and tall compared with women who were heavy and short.

134 Tall, competitive plants took greatest advantage of the

135 n of uniformly distributed arrays of "tips" (tall conical hillocks) upon oxidation of palladium (Pd)

136 using a T-channel (3 microm wide by 3 microm tall) connected to microinjectors, and then the droplet

137 The CD10/NEP cytoplasmic tall contains two consensus recognition sequences for ca

138 rly dramatic, cytoskeletal response in these tall, cuboidal epithelial cells; and why junctional butt

139 nion channel current (ICl) as indicated from tall current reversal near the expected chloride equilib

140 ng the Eel River with an approximately 130-m-tall dam.

141 sed high-throughput phenotyping platform for tall dense canopy crops, such as sorghum (Sorghum bicolo

142 he hypothesis that girls who were relatively tall during the prepubescent period (indicative of an af

143 ding a selectional driver for communities of tall eukaryotes in contexts where phototropism cannot co

144 ricating devices that contain multilevel and tall features, devices that cover a large area (approxim

145 imilar beta-1,6-glucanases were expressed in tall fescue (Festuca arundinacea Schreb.) and Chewings f

146 ('K-31'), and a dwarf cultivar ('Bonsai') of tall fescue (Festuca arundinacea) and gibberellic acid (

147 nd crown rust (caused by Puccinia coronata); tall fescue (Festuca arundinacea) for resistance to brow

148 Tall fescue (Lolium arundinaceum) is one of the primary

149 A number of favourable characteristics of tall fescue are enhanced by its seed-transmissible funga

150 4-year period, species richness declined and tall fescue dominance increased in infected plots relati

151 toward greater relative biomass of infected, tall fescue grass.

152 RNA-seq reads were used to construct a tall fescue reference transcriptome and compare gene exp

153 Our approach was to assemble the tall fescue transcriptome, then identify differentially

154 elds was tested by manipulating infection of tall fescue, the most abundant perennial grass in the ea

155 ariation and GA-regulated leaf elongation in tall fescue.

156 of breast cancer (height at age 15-18 years, tall-for-age vs. short-for-age: odds ratio = 2.2, 95% co

157 Earlier leaf out of tall forbs and large trees coincided with almost three w

158 Tall forbs and large trees, which usually emerge in the

159 While phenology of large trees and tall forbs appears to be strongly influenced by temperat

160 ed into five functional groups: short forbs, tall forbs, shrubs, small trees, and large trees.

161 the CE channel (50 microm wide by 50 microm tall) from the droplet generation region.

162 the omega 5 anacardic acids were specific to tall glandular trichomes.

163 We report that tall goldenrod (Solidago altissima) plants exposed to th

164 relative costs and benefits of resistance of tall goldenrod (Solidago altissima) to the gall-inducing

165 mented priming of anti-herbivore defenses in tall goldenrod plants (Solidago altissima) by volatile e

166 4 transport associated with the expansion of tall graminoids.

167 have therefore conducted an experiment in a tall grass prairie ecosystem in the US Great Plains to s

168 and individuals modify their body posture in tall grass to maintain a similar foveal projection.

169 By favoring a mesic C4 tall grass, CO2 enrichment approximately doubled the ini

170 50 million years ago the Sierra Nevada stood tall (>/=2200 meters), a result in conflict with propose

171 tion, yucca6-1D and yucca6-2D have extremely tall (>1 m) inflorescences with extreme apical dominance

172 n stature, either short (<5th percentile) or tall (>95th percentile).

173 Tall hair cell depolarization resulted in changes in cel

174 These findings suggest that chick tall hair cell neurotransmitter release is mediated by c

175 rous dysmorphologies: 1) hair cells from the tall hair cell region appeared broad and stunted, with d

176 alcium-dependent neurotransmitter release by tall hair cells (avian equivalent of cochlear inner hair

177 of the cochlea differentiates first, and the tall hair cells develop before the short hair cells.

178 y diminished; staining is seen in only a few tall hair cells in the distal one-fourth of the papilla

179 roup, by contrast, the vacant region beneath tall hair cells remained evident even 20 weeks after KA.

180 w, covering only the area where the deformed tall hair cells were found.

181 However, afferent synapses beneath tall hair cells were swollen within 30 minutes after KA

182 perior half of the epithelium and innervated tall hair cells with bouton endings.

183 synapses that innervate, in chickens, mainly tall hair cells.

184 the number of PDBs) among neurally located (tall) hair cells.

185 and kinase domains and the carboxy-terminal tall, has been determined at 1.7 A resolution in a close

186 The extraneous tall HCs that replaced short HCs showed some physiologic

187 ion increased one type of sensory hair cell (tall HCs) at the expense of another (short HCs) that is

188 nt axons predominantly innervate neural-side tall HCs, resulting in more ribbon synapses per HC compa

189 Although both TALL-het and -homo tumors acquire Notch1 mutations and a

190 cell lymphoblastic leukemia/lymphoma [TALL] (TALL-het).

191 pographies, which was validated using 10 mum tall hexagonal patterns.

192 as G12D/G12D bone marrow cells develop TALL (TALL-homo).

193 vator and CAML-interactor) and competes with TALL-I (also called BLyS or BAFF) for receptor binding.

194 Thus, APRIL-TALL-I and BCMA-TACI form a two ligands-two receptors pa

195 umovax in mice, indicating that APRIL and/or TALL-I signaling via BCMA and/or TACI are required for g

196 Tall (inner) hair cells receiving little or no efferent

197 to three types on the basis of their height: tall, intermediate, and short.

198 e of target object (if an object is six feet tall, it isn't your cat).

199 ly impressive, with members ranging from 5-m-tall juniper shrubs to 100-m-tall redwood trees.

200 While tall, late flowering landraces are commonly grown in Afr

201 OBJECTIVE- Tall-like receptor (TLR)4 has been implicated in the pat

202 ng biofilm formation was studied using 5 mum tall line patterns of poly (dimethylsiloxane) (PDMS).

203 vores), mesoherbivore-exclusion (LMH >120-cm tall), megaherbivore-exclusion (elephants and giraffes),

204 an saliva under flow, the luxS mutant formed tall microcolonies that differed from those formed by th

205 When placed into 75 microm tall microfluidic chambers, cancer cells grew as ellipso

206 More enigmatic features include tall mounds with central depressions that are conceivabl

207 Moreover, the left tall of the birth weight distribution does not always fo

208 onors 18-50 years of age who were >/= 170 cm tall, of non-black race, suffered brain death secondary

209 ally engineered for this purpose, as well as tall oil, an abundant waste material.

210 Tall olfactory sensory neurons had perikarya at the bott

211 These tall olfactory sensory neurons were labeled predominantl

212 previously supposed, along with a relatively tall orbital region and proportionally slender maxilla,

213 r domains, so that the head domains of their tall partners can bridge each other at the top of the he

214 ution of plant mass per unit area, even when tall patches are not of significantly lower digestive qu

215 r in the centers with a larger proportion of tall patients.

216 Glioma risk among tall persons (>or=1.90 m) was twice that of short person

217 emained at metacarpals and at the forearm of tall persons, which indicated that the calcium requireme

218 stantially greater strain hardening than did tall piles, which we attributed to the force chains.

219 Tall plant species disperse further distances than do sh

220 ate and covered by a approximately 10 microm tall polydimethylsiloxane (PDMS) microchannel.

221 (PDMS) posts printed in a square array (1 mm tall posts on 0.5 mm pitch).

222 Patients<5 feet and >or=5 feet tall received 1 mg and 2 mg OVB daily, respectively.

223 anging from 5-m-tall juniper shrubs to 100-m-tall redwood trees.

224 plan, possessing an extremely blunt snout, a tall, rounded skull, an anteriorly shifted jaw joint and

225 f the monument behind buildings or groups of tall Scandinavian visitors and still use their internal

226 tor (AEMF), which is thought to maintain the tall shape of the posterior part of the AER.

227 n children (P = 1 x 10(-6), N = 6,827) and a tall/short case-control study (P = 4 x 10(-6), N = 3,207

228 sociation between the lactase gene (LCT) and tall/short status in a European American sample.

229 ind no association between the LCT locus and tall/short status.

230 limate velocity better than either forest or tall shrub alone, suggesting competitive compensation ca

231 In the Kenai Mountains, mean tall shrub and climate velocities were both 2.8 m y(-1).

232 We quantified changes in tall shrub and tree canopy cover in 11, widely distribut

233 ibility of different landscape components to tall shrub and tree increase.

234 For forest, tall shrub, and tundra ecosystems in two pristine mounta

235 Tall shrubs and trees are advancing into many tundra and

236 The total cover of tall shrubs and trees increased in nine of 11 ecotones.

237 Circumpolar expansion of tall shrubs and trees into Arctic tundra is widely thoug

238 entral Alaska may be due to competition with tall shrubs and/or more complex climate controls on the

239 Among tall shrubs, those that disperse farthest had lowest ine

240 rols on the elevational limits of trees than tall shrubs.

241 almost exclusively within deep layers while tall-simple, and short layer 5 pyramidal neurons also pr

242 Tall species have a greater probability of having disper

243 dentified unambiguously by the presence of a tall spherical blob at the DNA intersections.

244 low-risk habitats developed elongate shells, tall-spired shells, indicating among-habitat divergence

245 he opposite trend was found in children with tall stature (47.7% and 14.4%, respectively).

246 Tall stature (i.e., race/ethnicity-specific height >/=me

247 opposite trend was observed in children with tall stature (ie, height-for-age > 75th percentile).

248 yndrome, though variants are associated with tall stature (P = 0.0035) and upregulation of the transf

249 occurs in some children treated with GH, and tall stature and acromegaly are associated with an incre

250 Tall stature was associated (in a gradient-response fash

251 functional traits (high specific leaf area, tall stature).

252 connective tissue disorder characterized by tall stature, arachnodactyly, lens subluxation, and a hi

253 linically related disorders characterized by tall stature, macrocephaly, intellectual disability, dis

254 connective tissue disorder characterised by tall stature, ocular and cardiovascular defects.

255 vel disorder characterized by camptodactyly, tall stature, scoliosis, and hearing loss (CATSHL syndro

256 and we saw no significant associations with tall stature.

257 he severity of malnutrition in children with tall stature.

258 ed growth into adult life, resulting in very tall stature.

259 ore than 5,000 children with either short or tall stature.

260 vere cardiovascular and ocular symptoms, and tall stature.

261 large micron-sized islands separated by 44-A tall steps.

262 of cochlear hair cells revealed loss of some tall stereocilia and gaps in the v-shaped bundle, althou

263 The tall stereocilia rows, which do not display twinfilin 2

264 iod of 4 to 5 seconds caused the collapse of tall structures, including cultural artifacts.

265 These observations suggest that short and tall subjects with equivalent BMIs have similar but not

266 was higher at intermediate than at short or tall sward heights in both grass species.

267 the decrease of intake rate of dry matter in tall swards is not explained by a shift from process 3 (

268 ith Nras G12D/G12D bone marrow cells develop TALL (TALL-homo).

269 cute T-cell lymphoblastic leukemia/lymphoma [TALL] (TALL-het).

270 Bite mass was smaller in tall than in intermediate swards due to a reduction of b

271 surface features a helical cap, 35 angstroms tall, that creates a bifurcated pore entryway and accoun

272 from Kenya concluded that this species had a tall thin body shape due to specialized locomotor and cl

273 r, endogenous Nras G12D/+ signaling promotes TALL through distinct genetic mechanism(s) from Nras G12

274 Vascular plants grow tall to lift spores into sufficient wind currents for di

275 procera (pro) is a tall tomato (Solanum lycopersicum) mutant carrying a poi

276 NOx concentration and flux were made from a tall tower in central London, UK as part of the Clean Ai

277 ear of high-frequency CO measurements from a tall tower in the U.S. Upper Midwest with a time-reverse

278 ements (active remote sensing, aircraft, and tall towers) and systematic sampling of vertical profile

279 ring the turgor pressures in the leaves of a tall tree in situ.

280 ies resulting from a fall, probably out of a tall tree, thus offering unusual evidence for the presen

281 Tall trees experience increased risk of xylem embolism f

282 as professor of biology, including climbing tall trees for her canopy research.

283 However, some modern humans climb tall trees routinely in pursuit of honey, fruit, and gam

284 e in directions of increased canopy closure, tall trees, and uniform height, as well as avoiding cano

285 rovide selective advantages when elicited by tall trees, but are now maladaptive when elicited by win

286 The axons of tall-tufted layer 5 pyramidal neurons arborize almost ex

287 ctions were found in layer 5, consisting of "tall-tufted" and "nontufted" cells; the remaining cells

288 nse and focused dendritic arbors of layer 5 "tall-tufted" pyramids, all "nontufted" cells had sparse,

289 of the Samoan hotspot revealed a new, 300-m-tall, volcanic cone, named Nafanua, in the summit crater

290 Thus, the 555-foot-tall Washington Monument often looms large against the h

291 ined for each treatment in comparison with a tall wheat variety selected from a breeding line called

292 ight when grown on a sucrose-rich medium but tall when grown on sucrose-deficient medium.

293 Trees grow tall where resources are abundant, stresses are minor, a

294 trees in the field for 14 months inside 9-m tall whole-tree chambers tracking ambient air temperatur

295 s is different with high density cells being tall with a small cross-sectional area, whereas low dens

296 n each mountain range, the posterior mode of tall woody vegetation velocity (the complement of tundra

297 The experiment was conducted in a 1.2 m tall x 1.2 m wide x 6 cm thick tank containing two soil