ライフサイエンスコーパス: conservation

1 benefits achieved through freshwater-focused conservation.

2 ffectiveness and efficiency of environmental conservation.

3 l gene function is essential to advance reef conservation.

4 human and fruit fly, reflecting evolutionary conservation.

5 at quantification is often the first step in conservation.

6 s over broad spatial scales is important for conservation.

7 global market, grow bioenergy crops, or for conservation.

8 d patterns of space use, is critical for its conservation.

9 one of the most heavily invested species in conservation.

10 e species management and native biodiversity conservation.

11 es conservation rather than regulon-specific conservation.

12 allows the analysis of cross-kingdom pathway conservation.

13 and P as fertilizer, as well as a means of P conservation.

14 responses with implications for ecology and conservation.

15 for a cumulative exposure of Se relevant for conservation.

16 ion, ruled by energy quantization and parity conservation.

17 5'TRs, indicating considerable evolutionary conservation.

18 hat this pilin displays extensive structural conservation.

19 with implications for ecology, evolution and conservation.

20 ein interfaces and a measure of evolutionary conservation.

21 pe II-C Cas9s, likely due to Cas9 HNH domain conservation.

22 sting transboundary responsibility for their conservation.

23 ps unexpectedly in light of its evolutionary conservation.

24 vironment that typically inform biodiversity conservation.

25 and to save biodiversity is a cornerstone of conservation.

26 ersity loss and the greatest opportunity for conservation(1,2), given the shrinking scope of protecte

27 syntenic and show a high degree of sequence conservation (20 nucleotide substitutions per kb).

28 lan for climate change and make biodiversity conservation a far stronger part of land, water and sea

29 silicons as consolidants in waterlogged wood conservation able to effectively stabilise wood dimensio

30 Analysis of synteny conservation across centromeres with newly generated chr

31 CoV-2 targets and show the highest degree of conservation across coronaviruses fostering the identifi

32 ch it disrupts OR ensemble activity, and its conservation across phylogenetically related ORs.

33 Regardless of their conservation across species, CTCF binding sites at TAD b

34 NA sequences of all types showed very little conservation across species, whereas mature miRNAs were

35 As a result of its phylogenetic position, conservation across Symbiodiniaceae species, and the pre

36 ses of using non-invasive sampling in future conservation action plans.

37 nctions are not being met despite decades of conservation action.

38 as the interactions between local people and conservation actions and how to promote synergies betwee

39 Conservation actions are urgently needed to improve the

40 etic variability through both in and ex-situ conservation actions.

41 rest biodiversity and should be reflected by conservation actions.

42 ageing mechanisms for the implementation of conservation actions.

43 dress these issues, crop diversification and conservation agriculture (CA)-based management hold cons

44 lage, arid regions can benefit the most from conservation agriculture by achieving a win-win outcome

45 Conservation agriculture has been shown to have multiple

46 nsequently, no-till, the central practice of conservation agriculture, has rapidly expanded.

47 mouse fetal liver HSPCs indicated functional conservation among species.

48 lay the groundwork for genetically informed conservation and advance our understanding of how imperi

49 socio-economic issues to achieve successful conservation and coexistence.

50 Lack of focused conservation and connectivity among bear subpopulations

51 nctioning of soil organisms to support their conservation and consideration by governance.

52 international collaborative project for the conservation and exploitation of European peach germplas

53 working across sectors, such as biodiversity conservation and food production in farmland.

54 selected flagships can both raise funds for conservation and help target where these resources are b

55 DNA methylation valleys exhibit elevated conservation and high transcription factor binding.

56 cides applied, raising concerns about insect conservation and highlighting the importance of integrat

57 lts have major implications for biodiversity conservation and invasion dynamics in freshwater ecosyst

58 es, potentially increasing the acceptance of conservation and management actions.

59 odern deforestation, which could help inform conservation and management efforts for climate change m

60 ns, making urban species a moving target for conservation and management efforts.

61 raphic range size inform decisions about the conservation and management of rare and nonindigenous sp

62 y, medicine, geology, optics, catalysis, art conservation and other fields are also discussed.

63 biotic and abiotic stress tolerance, energy conservation and photoperiod responsiveness.

64 ancer-related gene annotations, evolutionary conservation and pre-computed statistical scores as the

65 ly affects policy decisions for biodiversity conservation and public health.

66 r results will inform decision-making within conservation and restoration initiatives by providing a

67 ts from a single gene region will facilitate conservation and restoration of this iconic fish.

68 as a potential vaccine candidate due to its conservation and stable expression amongst strains of Ne

69 re usually based on the analysis of sequence conservation and structural properties of the mutant pro

70 Despite high sequence conservation and structural similarity in the NES-bindin

71 Our study has a range of conservation and taxonomic implications for this species

72 ective and scalable information for species' conservation and the maintenance of resilient ecosystems

73 In addition, we discuss resource conservation and the role of telemedicine in remote pati

74 collections is of utmost importance for the conservation and utilization of genetic materials and wi

75 s with measures of per-position evolutionary conservation and variant frequency across homologs.

76 among electron transfer, metabolism, energy conservation, and filament growth in cable bacteria rema

77 on has great implications for nitrogen loss, conservation, and greenhouse gas emissions.

78 e sensing, optoelectronics, robotics, energy conservation, and thermal management.

79 r Dalbergia hinders evolutionary studies and conservation applications, which are important for adapt

80 Thus, an effective conservation approach to protect different species is to

81 Most surprising was that the simple naive conservation approach using PSI-BLAST in many cases outp

82 s at which they are relevant to research and conservation are poorly analysed.

83 under development increasingly overlap with conservation areas in Southeast Asia, a globally importa

84 ilities can be land-use intensive and impact conservation areas, and little attention has been given

85 tes and sources of deposition to remote U.S. conservation areas.

86 tovoltaic generation, within three important conservation areas: protected areas (PAs), Key Biodivers

87 ve approaches) might outperform biodiversity conservation as a tool for disease control.

88 Given the high degree of sequence conservation at the interaction interface, we tested whe

89 d represent the primary challenges to marten conservation at the southern periphery of their range.

90 rea networks in the tropics, merit increased conservation attention.

91 for identifying populations deserving closer conservation attention.

92 ritizing degraded forests for restoration or conservation, based on their wildlife value, remains a s

93 ution of illegally-traded wildlife products, conservation-based biodiversity research, and identifica

94 itically, management can provide substantial conservation benefits to most reefs for fisheries and ec

95 Next, we measured functional conservation between mouse and human pancreatic mesenchy

96 Gene set enrichment patterns showed conservation between species.

97 atural enemies of crop pests, plants used in conservation biological control interventions potentiall

98 is a notable data gap, with implications for conservation biology, carbon cycle science, and internat

99 es have received international attention for conservation, but the lack of genomic resources for Dalb

100 andscapes has emerged as one of the greatest conservation challenges of our time.

101 s for identifying species and populations of conservation concern, as well as for illuminating possib

102 uptive when they intersect with organisms of conservation concern.

103 rd species comprising populations of varying conservation concern.

104 The resulting estimates predict conservation cost with up to 8.5 times greater accuracy

105 Realistic scenarios for harvest and habitat conservation costing an estimated $588 M (2016 USD) led

106 omise scenarios that balance production with conservation could cut biodiversity losses by two-thirds

107 hemicals applied so far for waterlogged wood conservation created the need to develop new more, effic

108 ealed that ComGC displays extensive sequence conservation, defining a monophyletic group among type I

109 rade-off between metabolically-driven energy conservation during winter and sustaining foetal growth,

110 ed individual-based model that estimates the conservation effectiveness of MPAs for five species of c

111 estigated the causal link between equity and conservation effort with a randomized real-effort experi

112 as Endangered, genetic data that would help conservation efforts and future re-introductions are abs

113 and population response to better integrate conservation efforts and harvest management of economica

114 These findings will help prioritize coral conservation efforts and plan assisted gene flow interve

115 a, and contributes to ongoing monitoring and conservation efforts at a time of climate change and con

116 Friess et al. discuss the results of conservation efforts for mangrove forests in recent year

117 Finally, deep-sea conservation efforts should focus primarily on vulnerabl

118 ge carnivore species and suggest that future conservation efforts should target restoring ecosystems

119 nutrient and energy pathways, may facilitate conservation efforts to mitigate coral loss.

120 Despite some successful cases and conservation efforts, 21.4% of China's vertebrate specie

121 oyed ecosystems - is a critical component of conservation efforts, but is hindered by inconsistent, u

122 are the cornerstones of global biodiversity conservation efforts, but to fulfil this role they must

123 Area-based conservation efforts, which include both protected areas

124 nds and should be used to help to prioritize conservation efforts.

125 ng of infectious disease impacts and hampers conservation efforts.

126 ntially collapsed ecosystems, and expand the conservation estate.

127 or diverse evolutionary signatures including conservation, excess population differentiation, acceler

128 ed improvements in forage quality (Fo), feed conservation (Fe) and concentrate supplementation (Co):

129 essure, we provide an index of transboundary conservation feasibility to assess global opportunities

130 gs indicate the insufficiency of giant panda conservation for protecting these large carnivore specie

131 eshwater species in the Amazon and simulated conservation for species from both realms.

132 carbon and maintain scientific integrity and conservation for the positive societal values ingrained

133 development of modeling approaches that link conservation funding, habitat delivery, and population r

134 playing an important role in determining the conservation future of this megaherbivore.

135 This study shows how an improved conservation gap analysis can inform the construction of

136 vocate a new global approach to address this conservation gap, which must enable megafaunal populatio

137 netic diversity and the historical aspect of conservation genetics.

138 rotected areas have been the cornerstone for conservation globally [1], but gaps still exist in prese

139 from the scientific literature to assess how conservation goals were defined, vulnerability assessmen

140 e good for them or for society (e.g., energy conservation, healthy living, safe driving).

141 O157:H7 genomes showed a high level of CycA conservation, highlighting a strong selective pressure f

142 istribution of protected areas, to determine conservation hotspots for the group, and analyze potenti

143 nderstanding but can also guide biodiversity conservation in an era of global change.

144 There is conservation in arrangement of domains between UNC-89 an

145 This explains why there is no energy conservation in cNOR.

146 The observation of extensive evolutionary conservation in copper homeostatic systems between human

147 salvage enzyme HPRT, suggesting evolutionary conservation in different enzymes.

148 -based alignment that accounts for structure conservation in loop regions.

149 te the impacts of soil bulk density on water conservation in soils that are manipulated by mechanical

150 ting point for prioritising interactions for conservation in species interaction networks in the futu

151 repeats play a role in maintaining sequence conservation in the absence of homologous recombination.

152 matic measurements suggest that evolutionary conservation in the consensus sequence is driven by main

153 theory and its applications to biodiversity conservation in the context of changing climate.

154 genetic diversity is fundamental for species conservation in the face of climate change, particularly

155 at least partially dependent on evolutionary conservation in the structure and nature of peptide inte

156 Biodiversity conservation in transformed landscapes is becoming incre

157 ata (Envision), and a naive prediction using conservation information from homologs.

158 ss and values will largely determine whether conservation initiatives receive necessary support and l

159 ectiveness and efficiency of incentive-based conservation instruments.

160 e efforts may necessitate establishing rapid conservation interventions postconflict that align with

161 ions, habitats and ecosystems following past conservation interventions.

162 ce must strike a balance between controlling conservation investment risk and ensuring the environmen

163 n Brazil's Atlantic Forest (AF) biodiversity conservation is of key importance since the fungal patho

164 However, combining P recovery with energy conservation is perhaps one of the greatest challenges o

165 If conservation is to prioritise evolutionary diversity, ar

166 Despite major conservation issues among porpoise species (e.g., vaquit

167 Mainly known from the Middle Triassic conservation Lagerstatte of Monte San Giorgio on the Swi

168 enewal strategies and are distinguished by a conservation law.

169 l differential equations (NPDEs) against the conservation laws of mass, momentum, thermal and species

170 ansposable element composition, and sequence conservation level across legume species.

171 t and impacts of invasive species can inform conservation management decisions.

172 value of taking microclimate into account in conservation management to ensure favourable conditions

173 the relevance of natural mating patterns for conservation management.

174 index obscures the variation that can inform conservation measures and can be sensitive to analytical

175 that prevents the implementation of adequate conservation measures is that connectivity and genetic s

176 otected areas and other effective area-based conservation measures, are likely to extend and diversif

177 pecific tissues indicted the probable energy conservation mechanism.

178 tions into suitable habitats may be a useful conservation mitigation measure.

179 o provide essential libraries to improve the conservation, monitoring, and management of Arctic ecosy

180 There is a strong conservation need to understand traits of species that a

181 As the discrepancy between conservation needs and society's willingness to pay for

182 rshore fish, making them unlikely to achieve conservation objectives in rural coastal economies.

183 In the first, we demonstrate deep conservation of a nucleolus gene module across very dive

184 ies, and have important implications for the conservation of A. j.

185 alysis of the Cdc14 family and comparing the conservation of active site structure and specificity am

186 implications for the ecology, evolution, and conservation of animals.

187 Herein, we examined the sequence conservation of ANTAR domains to find residues that may

188 Considering the evolutionary conservation of ARFs and ARF-GEFs, this initial regulato

189 when identifying important hot spots for the conservation of biodiversity in the Amazon.

190 ioning of ecosystems, climate stability, and conservation of biodiversity.

191 Despite conservation of CENH3 function across crops, CENH3-based

192 Despite the deep evolutionary conservation of CK1 in eukaryotes, little is known about

193 Our findings support deep-time conservation of cranial ossification sequences in sauria

194 Conservation of Earth's biological diversity will be ach

195 l food webs are essential for the successful conservation of ecological communities, and in terrestri

196 d may provide new insights applicable to the conservation of endangered species.

197 We examine sequence conservation of EO053 within the Schizophora, and show t

198 of the core Hh signaling pathway, as well as conservation of epithelial/mesenchymal cross talk in the

199 aired hormone receptor signaling despite the conservation of estrogen receptor expression.

200 Conservation of expression correlated positively with th

201 of fertility, demonstrating the evolutionary conservation of flagellar function related to male ferti

202 armorata) - can act as surrogate species for conservation of freshwater biodiversity.

203 p species, and a comprehensive surrogate for conservation of freshwater biodiversity.

204 The conservation of geosmin biosynthesis genes among virtual

205 Although we find synergies between the conservation of high altitude Polylepis woodlands and th

206 Orsay infection in C. elegans, demonstrating conservation of its function through evolution.

207 eloping zebrafish hearts, demonstrating deep conservation of its upstream regulatory network.

208 Our results support the potential functional conservation of key genes in early floral development th

209 that knowledge informs on the evolution and conservation of key sequences and domains in NF-kappaB,

210 Our findings support a model for functional conservation of lncRNAs independent from sequence and st

211 Based on the high degree of conservation of Maf1 activity across species, our study

212 he development, physiology, and evolutionary conservation of mammalian ovarian follicles.

213 e governing equations of the flow in motion (conservation of mass and momentum principles) to predict

214 and curation protein interactions using the conservation of motifs, interology, or presence or absen

215 We observed conservation of N-gly sites in more than 96% of subclone

216 ichia coli cells expressing AtNAA50 revealed conservation of NatE substrate specificity between plant

217 Conservation of our cultural heritage is fundamental for

218 ulatory role for the mammalian CRY1 tail and conservation of PHR-tail interactions in both mammalian

219 Given the high conservation of Pp1 complexes, this study identifies Pp1

220 th the majority feeling safer and confirming conservation of PPE.

221 Our data reveal conservation of RAV gene function in the regulation of f

222 However, opportunities for the conservation of reef sharks remain: shark sanctuaries, c

223 The high conservation of residues between human and yeast GS in d

224 Non-conservation of residues, such as Asp211, in other Dio t

225 We than applied a systematic analysis on the conservation of splice-sites as a measure of gene-struct

226 ce from proteomics data and the evolutionary conservation of start and stop codons.

227 amples, offering rapid analysis and improved conservation of the biological context.

228 Evolutionary conservation of the core Hh signaling pathway, as well a

229 The conservation of the genes encoding ETT2 in human pathoge

230 ncluding stunted growth, implying functional conservation of the miR159-GAMYB pathway among angiosper

231 Our results indicate cross-kingdom conservation of the receptor signaling and leukocyte rec

232 Since ageing is not programmed, the conservation of their effects on lifespan is most likely

233 lifespan is most likely a reflection of the conservation of their functions in youth.

234 Conservation of these atypical cadherins suggests a wide

235 Conservation of this regulatory pathway was confirmed in

236 Succeeding in the conservation of threatened native breeds will require go

237 a framework for improving the management and conservation of transboundary and migrating marine demer

238 To investigate the conservation of TRAP and TEN across species, we performe

239 Collectively, our data partially explain the conservation of truncated PA-X in CIVs.

240 Management and conservation of wide-ranging mammals will depend on holi

241 Notably, this resource conservation optimization is encoded in the structure of

242 sidered essential for achieving biodiversity conservation outcomes but is rapidly eroding.

243 However, conservation outcomes of MPAs for mobile and long-lived

244 ese MAGs are predicted to use diverse energy conservation pathways, including heterotrophy, sulfur an

245 often not apparent, within position-specific conservation patterns.

246 From a conservation perspective, evaluating individual behavior

247 From a conservation perspective, the potential negative effects

248 and interspecific gene flow for developing a conservation plan.

249 In the Anthropocene, this requires that conservation planning explicitly includes the combined e

250 ortance of including multiple water types in conservation planning.

251 how interventions, like natural disasters or conservation policies, affect ecological time series.

252 We recommend conservation practices focusing on P application techniq

253 ical invasions should be developed, and that conservation practitioners should take advantage of the

254 s' implications are particularly relevant to conservation practitioners working across sectors, such

255 t the spatial overlap of this potential with conservation priorities and institutional constraints re

256 We mapped conservation priorities, food production potential and s

257 n additional line of evidence supporting the conservation priority status of the Northern Mozambique

258 ence, each MU should be considered of urgent conservation priority.

259 , poaching is often depicted as one big dark conservation problem.

260 neages, our results are being applied in the conservation program of the Kihnu Native Sheep Society.

261 contribute substantial resources to in situ conservation projects in natural habitats using revenue

262 uctural and functional rationale for epitope conservation, provide insights for development of more u

263 uld consider both species for management and conservation purposes.

264 These increased conservation rates are better captured by RECON MSD over

265 omplex shows promoter-specific cross-species conservation rather than regulon-specific conservation.

266 Habitat conservation represents an economically and environmenta

267 The long-term success of area-based conservation requires parties to the Convention on Biolo

268 predict interactions and design appropriate conservation responses.

269 e not only as a reservoir for the purpose of conservation, restoration, and research of reef-building

270 ination and prioritization of reef sites for conservation/restoration.

271 Two new studies on panda conservation reveal that protection is efficient and sug

272 eeds to become an urgent global priority for conservation science and policy.

273 t management of river habitats for dragonfly conservation should incorporate riparian habitat protect

274 their spatial coincidence with biodiversity conservation sites and priorities.

275 have attempted to characterize or assess the conservation status of the longleaf bee fauna.

276 group, and analyze potential changes in the conservation status of these species.

277 imate change, but these reefs will need high conservation status to sustain them close to dense human

278 Conservation strategies based on charismatic flagship sp

279 Conservation strategies focused on improving both landsc

280 t the stage for genomics-based approaches in conservation strategies.

281 a data layer to help guide a regional khulan conservation strategy, allow predictions for other part

282 Global conservation targets to reverse biodiversity declines an

283 he non-recombining region that show sequence conservation through gene conversion and contain genes t

284 opulation-level effects may aid biodiversity conservation through increased regulatory control of che

285 d to better understand shifting baselines in conservation to truly recognize current rates of ecologi

286 Its broad conservation, ubiquitous expression, and tunable duratio

287 nging temperatures is fundamental to species conservation under climate change.

288 Finally, we propose that previous conservation units should be modified, as clear genetic

289 ld provide maximum benefit for multiple high-conservation value species if restored.

290 early successional plant communities of low conservation value.

291 st fires with ecosystem types, land use, and conservation values.

292 ve traits have implications for biodiversity conservation, via prediction of which plant groups would

293 e in its operability, urging its use to fill conservation voids for Caprinae and other data-deficient

294 ticidal effects, and high levels of sequence conservation, we propose that the delta-HXTXs were repur

295 Despite this conservation, we unexpectedly discovered a disparate dis

296 across all conformations increased sequence conservation when compared to single-state designs in al

297 society's willingness to pay for them grows, conservation will have to evolve to stay relevant in the

298 randomized real-effort experiment in forest conservation with 443 land users near a tropical forest

299 ammalian cryptochromes highlights functional conservation with plant and insect cryptochromes, which

300 cted areas form the backbone of biodiversity conservation, yet their effectiveness is often not known