ライフサイエンスコーパス: irrigate

1 behaviors are examined: lawn fertilizing and irrigating.

2 sing 30 W radiofrequency applications via an irrigated 4-mm ablation catheter.

3 eavily contaminated vegetable was wastewater irrigated A. cepa, where the accumulation of Mn (28.05 m

4 Northern blot analysis with well irrigated ABA-treated seedlings indicated that the overa

5 riate analysis associated acute success with irrigated ablation and absence of atrial fibrillation.

6 In concert with a manually navigated irrigated ablation catheter, 75 of 77 VTs (97%) were ult

7 cardial linear ablation using a novel linear irrigated ablation catheter; control animals underwent f

8 Irrigated ablation in the regions with greater FeO, afte

9 ies demonstrated that temperature-controlled irrigated ablation produced rapid, efficient, and durabl

10 pacing and recording system, and externally irrigated ablation with cardiovascular magnetic resonanc

11 To allow temperature-controlled irrigated ablation, a novel irrigated RF catheter was de

12 ransmural lesions compared with conventional irrigated ablation.

13 As 95% of the river water is diverted to irrigate agricultural soil, the loads of polar organic m

14 ies of Schistosoma japonicum transmission in irrigated agricultural environments in western China, a

15 r the next 15-20 y given current trends, yet irrigated agricultural production might increase through

16 rge uncertainties in climate projections for irrigated agricultural regions, which provide approximat

17 Using small-scale irrigated agriculture (the most ancient and ubiquitous e

18 postmigration periods, Syrian abandonment of irrigated agriculture accounts for half of the stream fl

19 eds creates challenges for safely sustaining irrigated agriculture and global food security.

20 to determine the value generated by water in irrigated agriculture and highlight its global spatiotem

21 Irrigated agriculture and increasing evaporative demands

22 e net source/sink behavior of wastewater and irrigated agriculture can be holistically managed to imp

23 Irrigated agriculture has important implications for ach

24 The sustainability of irrigated agriculture in many arid and semiarid areas of

25 Irrigated agriculture in snow-dependent regions contribu

26 n caused approximately 50% decreases in both irrigated agriculture in Syria and retention of winter r

27 quantifies the impacts of climate change on irrigated agriculture in the snow-dependent Yakima River

28 Here we studied impacts of irrigated agriculture on food-energy-water-CO(2) nexus a

29 struct historical changes in salt storage by irrigated agriculture over the past 60 years.

30 the search for measures to conserve water in irrigated agriculture, the world's largest water user.

31 ble land and is particularly detrimental for irrigated agriculture, which provides one-third of the g

32 s, thereby questioning the sustainability of irrigated agriculture.

33 s required to evaluate the sustainability of irrigated agriculture.

34 esses toward improving the sustainability of irrigated agriculture.

35 reliable estimates of the water demanded by irrigated agriculture.

36 ncreases the energy and carbon footprints of irrigated agriculture.

37 In conclusion it is feasible to irrigate almond trees using less water than the normal r

38 yll, protein, and sugar contents compared to irrigated and drought conditions.

39 l fluorescence yield decline in samples from irrigated and dryland plots permitted the detection of s

40 te the start of the growing season (SoGS) in irrigated and non-irrigated lands from 1992 to 2015 and

41 , is reduced by 1-2 orders of magnitude when irrigated and nutrient-amended soils are warmed to >20 d

42 ctors, namely the coverage of post-flooding, irrigated and rain-fed croplands, had weak positive effe

43 Resveratrol was quantified by U-PLS in both, irrigated and water stressed samples, and levels between

44 s in industrial wastewater discharges and in irrigating and drinking water.

45 Stabilization of irrigated area has occurred in California since 1980 and

46 The effects of rapid expansion of irrigated area in the 20th century has remained unclear

47 wheat double-cropping system in a wastewater-irrigated area in the North China Plain.

48 unsaturated soils, accounting for 55% of the irrigated area in the US.

49 Analysis of the BWET in the 16 irrigated areas in CONUS revealed interesting results.

50 Groundwater irrigated areas in the Columbia Plateau tend to have hig

51 Declines observed in irrigated areas, or simulated assuming full irrigation,

52 entrations in groundwater than surface water irrigated areas, suggesting repeated dissolution of land

53 fferent DI strategies were studied: Control (irrigated at 100% ETc) and T1, T2 and T3 (50% ETc at pha

54 tarch (36.30%) was obtained from the samples irrigated at the beginning of flowering.

55 level (29.52%) was obtained from the samples irrigated before flowering while the greatest total star

56 200 LMD/ha, under assumptions of rainfed and irrigated biomass cultivation.

57 Alternative MD derived from irrigated biomass has a lifecycle blue water consumption

58 evious field study conducted in a small area irrigated by a single high-arsenic well has shown that t

59 This 8F bidirectional irrigated catheter (Sphere-9, Affera Inc) has a 9 mm sph

60 sed the outcome of VT ablation with a saline-irrigated catheter combined with an electroanatomic mapp

61 ff warfarin (group 1), ablation with an open irrigated catheter off warfarin (group 2), and ablation

62 arfarin (group 2), and ablation with an open irrigated catheter on warfarin (group 3).

63 patients underwent endocardial RFCA with an irrigated catheter, using contact electroanatomic mappin

64 diofrequency catheter ablation using an open-irrigated catheter.

65 conventional lesions were made using a 4-mm irrigated catheter.

66 ith only 14.3% lines created with a standard irrigated catheter.

67 r ventricular lesions compared with standard irrigated catheters and at a lower risk of tissue overhe

68 mature complexes refractory to ablation with irrigated catheters.

69 The SMART-AF trial demonstrated that this irrigated CF-sensing catheter is safe and effective for

70 was a trend toward less nerve damage in the irrigated compared with conventional.

71 collagen was also significantly less in the irrigated compared with the conventional radiofrequency

72 dryland site by EPIC (49%) and lowest under irrigated conditions (17%) by APSIM and CropSyst.

73 ids in the United States are grown under non-irrigated conditions and although most of them have pre-

74 conditions with growing Bt G. hirsutum under irrigated conditions and show that even though Bt G. hir

75 the Sirius model for both water-limited and irrigated conditions in two high wheat-productive countr

76 th water-limited, 28-31% (4-6 t ha(-1)), and irrigated conditions, 30-32% (5-6 t ha(-1)) in the UK an

77 UK and NZ, whereas 15.6-19.5 t ha(-1) under irrigated conditions.

78 to assess the safety and effectiveness of an irrigated, contact force (CF)-sensing catheter in the tr

79 valuating the effectiveness and safety of an irrigated, contact force-sensing catheter for ablation o

80 s and SOC changes (DeltaSOC) at a long-term, irrigated continuous corn (Zea mays L.) system in easter

81 h atria by interatrial septum puncture, with irrigated conventional catheter and electroanatomic reco

82 rneas of BALB/c mice were injured with NaOH, irrigated copiously with PBS, and treated topically with

83 e change would affect water requirements for irrigated corn ethanol production in key regions of the

84 Agricultural expansion through rainfed or irrigated cropland may increase childhood malaria in rur

85 plands, and half the sites having additional irrigated cropland plots.

86 ation, a 1.68-fold increase in the amount of irrigated cropland, and a 1.1-fold increase in land in c

87 ts indicate that dissolved oxygen, crops and irrigated cropland, fertilizer application, seasonally h

88 ranium concentrations in groundwater beneath irrigated cropland.

89 Rain-fed and irrigated croplands had 328 and 730 Mg C/ha less SIC sto

90 egetation (grassland or woodland) pairs, and irrigated croplands had 402 Mg C/ha less than their rain

91 g C/ha) also occurred below 4.9 m deep under irrigated croplands, with SIC losses lagging behind the

92 cation of each PPCP at 250 ng/L, was used to irrigate crops until harvest.

93 transfer of pathogens from disinfected WW to irrigated crops and soil.

94 mosaic of non-irrigated shrub/grasslands and irrigated crops/pastures.

95 ries are extending potable water supplies by irrigating crops with wastewater.

96 ness (AGI)] for individuals exposed to spray-irrigated dairy manure containing Campylobacter jejuni,

97 solized zoonotic pathogens downwind of spray-irrigated dairy manure; and b) determine which factors (

98 ickpea leaves planted under controlled (well-irrigated), drought, and consortium (drought plus PGPR a

99 Plants irrigated during two consecutive dry seasons continued t

100 and effluent-dominated water bodies used to irrigate edible crops.

101 Using a 7F catheter with a 3.5 mm irrigated electrode and CF sensor (TactiCath, St.

102 ve surface area 10-fold larger than standard irrigated electrodes (lattice catheter).

103 The linear catheter contained 7 irrigated electrodes spaced over 3.5 cm and could delive

104 inolone-polluted river sediment, well water, irrigated farmland, and human fecal flora of local villa

105 similar between the cucumbers fertilized and irrigated (fertigated) by aquaculture effluent water con

106 ibraries of two genotypes subjected to fully irrigated (FI) and DI conditions, of which ~329 million

107 ple, rice (Oryza sativa L.) is cultivated in irrigated fields absorbing widely trace elements wich ma

108 f rice (Oryza sativa) growing in rainfed and irrigated fields during two distinct tropical seasons an

109 on in energy inputs and GHG emissions across irrigated fields in the present study resulted from diff

110 iant radiofrequency balloon catheter with 10 irrigated, flexible electrodes can simultaneously and in

111 Using reclaimed water to irrigate food crops presents an exposure pathway for per

112 from the Mezquital Valley, Mexico that were irrigated for 0, 14, or 100 years.

113 thoprim dissipation was even slower in soils irrigated for 100 years (DT50: 45-72 days) than in nonir

114 er removal of the epithelium, the cornea was irrigated for 30 minutes with a solution of 0.1% ribofla

115 After a 22-week drought, the dry plots were irrigated for several weeks to verify visual symptoms of

116 ks because they both produce and import food irrigated from rapidly depleting aquifers.

117 Plains Aquifer supplies 30% of the nation's irrigated groundwater, and the Kansas portion supports t

118 Groundwater depletion in the irrigated High Plains and California Central Valley acco

119 horus fertilization rates, a doubling of the irrigated land area, and an 18% increase in cropland.

120 ficit irrigation has the potential to expand irrigated land by 70 million hectares and feed 300 milli

121 area globally has been due to a doubling of irrigated land.

122 ds (beta = -1.09 +/- 0.30 SE) but not in non-irrigated lands (beta = -0.57 +/- 0.53).

123 DVI-estimated SoGS advanced significantly in irrigated lands (beta = -1.09 +/- 0.30 SE) but not in no

124 ially track prey in irrigated lands over non-irrigated lands because of higher quality prey on irriga

125 e growing season (SoGS) in irrigated and non-irrigated lands from 1992 to 2015 and tested whether eit

126 Approximately 7% of irrigated lands linked to flood irrigation and water sto

127 Kestrels may preferentially track prey in irrigated lands over non-irrigated lands because of high

128 Advanced SoGS in irrigated lands was related to earlier planting of crops

129 d was positively associated with the SoGS in irrigated lands, but not the SoGS in non-irrigated lands

130 ated lands because of higher quality prey on irrigated lands, or earlier prey abundance may release f

131 gy shifted with earlier prey availability in irrigated lands.

132 in irrigated lands, but not the SoGS in non-irrigated lands.

133 In contrast, urban areas in extensively irrigated landscapes generally experience the expected p

134 Escherichia coli <10 CFU/100 mL and used to irrigate lettuce plants (Lactuca sativa) set up in four

135 s shown that long-term intensive cropping of irrigated lowland rice has led to significant grain-yiel

136 h variation in magnitude of N balance across irrigated maize fields in the US Corn Belt was explained

137 ed for US maize systems in previous studies, irrigated maize in central Nebraska achieved higher grai

138 alance and greenhouse gas (GHG) emissions of irrigated maize in Nebraska that received large nitrogen

139 the CMB was 5% lower with rainfed than with irrigated maize in the 1980s and was 10% lower (and even

140 n and temperature data were coupled with non-irrigated maize yield data (33-43 years depending on the

141 ation, and that increasing the distance from irrigated manure (i.e., setbacks) and limiting irrigatio

142 atrial fibrillation ablation using a 7.5-Fr irrigated mapping/ablation catheter to measure CF.

143 We hypothesized that open irrigated microwave catheter ablation can create deep my

144 Irrigated microwave catheter ablation may be an effectiv

145 In-house designed and constructed irrigated microwave catheters were tested in in vitro ph

146 Externally irrigated MRI-compatible ablation and diagnostic EP cath

147 We aimed to evaluate an externally irrigated MRI-compatible ablation catheter and integrate

148 AND We tested the efficacy of a novel linear irrigated multipolar ablation catheter capable of creati

149 iofrequency ablation in a linear pattern, an irrigated multipolar linear ablation catheter safely del

150 Feasibility of irrigated needle ablation has been shown, but optimal me

151 Irrigated needle ablation is associated with more freque

152 Irrigated needle ablation terminated VA at 12 of 28 site

153 had failed 1 to 4 prior ablations underwent irrigated needle ablation were included.

154 of a catheter with an extendable/retractable irrigated needle at the tip capable of intramyocardial m

155 ought to compare the lesions made by a novel irrigated needle catheter to conventional radiofrequency

156 equency applications were performed using an irrigated needle catheter.

157 tion, deficit irrigation (DI) at 50% and non-irrigated (NI).

158 er, which provides water to seven states and irrigates one-fourth of the grain produced in the U.S.

159 Intensive net fishing, irrigated orchards, and fields of cotton with scant come

160 ze-tomato rotation systems after 24 years of irrigated organic, cover cropped, and conventional manag

161 illion users in 7 states and 2 countries and irrigates over 3 million acres of farmland.

162 acted from roots and leaves of droughted and irrigated plants of different graft combinations was use

163 Control seedlings were maintained in irrigated plots during a dry season, and experimental pl

164 y individuals consuming reclaimed wastewater-irrigated produce excreted carbamazepine and its metabol

165 urine, while subjects consuming fresh water-irrigated produce excreted undetectable or significantly

166 rs through ingestion of reclaimed wastewater-irrigated produce, providing real world data which could

167 the same field) and sustainable expansion of irrigated production area.

168 pium barbadense L.), a crop that is bred for irrigated production in very hot environments, stomatal

169 s with PVAC (29.1 nL) were greater than with irrigated radiofrequency (0.4 nL; P=0.045), and greatest

170 ine (18 RAs) were included, and allocated to irrigated radiofrequency (n=6 RAs, temperature setting:

171 chycardias (VT) during sinus rhythm using an irrigated radiofrequency (RF) ablation catheter.

172 ative efficacy and procedural safety of open irrigated radiofrequency (RF) and cryoballoon catheter (

173 sis risk and collateral injury compared with irrigated radiofrequency ablation (IRF).

174 cy and safety of VGLB ablation with standard irrigated radiofrequency ablation (RFA) during catheter

175 iofrequency ablation (MEA) to standard focal irrigated radiofrequency ablation (STA) using 3-dimensio

176 as performed using a specially designed open-irrigated radiofrequency ablation catheter incorporating

177 uate the safety and effectiveness of a novel irrigated radiofrequency ablation catheter that measures

178 waveforms in 7 and 7 swine sequentially and irrigated radiofrequency ablation in 3 swine.

179 tricular tachycardia ablation in 2 patients (irrigated radiofrequency ablation in one and cryoablatio

180 osteriorly and either temperature-controlled irrigated radiofrequency ablation or PFA anteriorly (RF/

181 ean of 8.4+/-8.2 seconds; for the remainder, irrigated radiofrequency ablation was necessary.

182 Left atrial ablation with irrigated radiofrequency and PVAC catheters in swine is

183 an 8-mm cryoablation catheter or a 4-mm open-irrigated radiofrequency catheter, via transmitral appro

184 ions in a linear pattern over 3.5 cm with an irrigated radiofrequency catheter.

185 Ablations using open-irrigated radiofrequency catheters were performed in 18

186 rcumferential pulmonary vein isolation using irrigated radiofrequency current (RF) ablation and 3-dim

187 Circumferential PVI using irrigated radiofrequency current was performed on 70 pat

188 medial injury was significantly less in the irrigated radiofrequency group (depth of medial injury,

189 ough not statistically different between the irrigated radiofrequency group and conventional radiofre

190 ablation within the middle cardiac vein with irrigated radiofrequency in 2 patients.

191 Compared with irrigated radiofrequency lesions in control swine (n = 5

192 Irrigated radiofrequency lesions in normal endocardial t

193 bbles were compared between ablation with an irrigated radiofrequency system (Biosense-Webster) and a

194 Freshwater limitations in some irrigated regions (western United States; China; and Wes

195 from its storage, especially in intensively irrigated regions(5-7).

196 and is expected in the near future for many irrigated regions.

197 Much of this region is not irrigated, rendering soybean production systems in the a

198 tion of a majority of inducible VTs using an irrigated RF ablation catheter.

199 ature-controlled irrigated ablation, a novel irrigated RF catheter was designed with a diamond-embedd

200 rcumferential pulmonary vein isolation using irrigated RF in patients with persistent AF.

201 heter), and 4 animals received 6 clusters of irrigated RFA applications (30 Wx30 seconds, 3.5 mm cath

202 In 12 sheep, a 7-F irrigated RFA catheter with CF sensor was introduced via

203 catheter (endocardial ablation) or a saline-irrigated RFA catheter.

204 We evaluated CF characteristics using irrigated RFA on the epicardium in an ovine model.

205 30-40% higher, respectively, in dryland and irrigated rhizospheres inoculated with the PCA-producing

206 it stress are major challenges to sustaining irrigated rice (Oryza sativa) production.

207 Irrigated rice cultivations provide ideal larval habitat

208 to analyze data from 227 intensively managed irrigated rice farms in six important rice-producing cou

209 vestigating the impacts of climate change on irrigated rice in Asia.

210 to quantify PC uptake by treated wastewater-irrigated root crops (carrots and sweet potatoes) grown

211 sk associated with consumption of wastewater-irrigated root vegetables was estimated using the thresh

212 abitats for vectors in naturally dry, highly irrigated settings and such mandatory water use restrict

213 esumably, prey abundance, in a mosaic of non-irrigated shrub/grasslands and irrigated crops/pastures.

214 larly at dryland sites (44%) compared to the irrigated site (22%).

215 or the dryland site and a minimum 22% at the irrigated site.

216 Finally, we examined relationships among irrigated SoGS, weather and crop planting.

217 ent and health risk assessment of wastewater irrigated soil and crops in a semi-arid region Faisalaba

218 icantly higher than those of tube well water irrigated soil and WHO/FAO permissible limits (P<0.05).

219 nsuming these vegetables grown in wastewater irrigated soil ingest significant amount of these metals

220 ffluent may result in proliferation of AR in irrigated soil microcosms.

221 r showed higher copy numbers of intI1 in the irrigated soil than chlorination, but the opposite was t

222 died metals in vegetable grown on wastewater irrigated soil were significantly higher than those of t

223 than A. cepa irrigated with tube well water irrigated soil.

224 and ARGs in both the freshwater- and the TWW-irrigated soils are indicative of native AR associated w

225 analyzed, AR bacteria and ARG levels in TWW-irrigated soils were on the whole identical (or sometime

226 sometimes even lower) than in the freshwater-irrigated soils, indicating that the high number of resi

227 for pharmaceutical dissipation in wastewater-irrigated soils, while organic matter accumulation in th

228 ce were detected in both freshwater- and TWW-irrigated soils.

229 and 43-fold compared to the control mushroom irrigated solely with water.

230 to the episcleral surface while perfusing an irrigating solution slowly across the choroidal side.

231 mpounds as potential components of an ocular irrigating solution.

232 ted using a multimodel ensemble from two key irrigated spring wheat areas (India and Sudan) and appli

233 Many of the irrigated spring wheat regions in the world are also reg

234 t areas (India and Sudan) and applied to all irrigated spring wheat regions in the world.

235 f irrigated systems at large, this long-term irrigated study provides valuable empirical evidence of

236 ing in iron uptake strategies, were grown in irrigated synthetic soil under semiarid conditions with

237 taSOC is measured affect the GWP outcomes of irrigated systems at large, this long-term irrigated stu

238 Irrigated systems had significantly higher losses of amm

239 responsible for better performance of these irrigated systems, compared with much lower-yielding, mo

240 sions, and global warming potential (GWP) in irrigated systems, however, remain relatively unknown.

241 t vein orders that demarcate and intrusively irrigate the areoles of red oak (Quercus rubra) leaves.

242 In angiosperms, a complex network of veins irrigates the leaf, and it is widely held that the densi

243 The efficacy of irrigating the peritoneal cavity during appendectomy for

244 if biomass cultivation for alternative MD is irrigated, the ratio of the increase in areal MD product

245 to heat and light their homes, fertilize and irrigate their crops, connect to one another and travel

246 ng 60-s radiofrequency delivery with an open-irrigated tip catheter.

247 A 7F ablation catheter with a 2- or 5-mm irrigated tip electrode was positioned perpendicular or

248 vein potentials; renal denervation using an irrigated-tip ablation catheter delivering radiofrequenc

249 s were performed with a force-sensing 3.5-mm irrigated-tip ablation catheter using a generator delive

250 The RF ablation was performed using an irrigated-tip ablation catheter.

251 ice (Tmax60 degrees C) and a standard linear irrigated-tip catheter (40 W) at contact force of 10 g.

252 frequency applications using either a 3.5-mm irrigated-tip catheter (Thermocool, Biosense-Webster, n=

253 blation was performed targeting LAVA with an irrigated-tip catheter placed endocardially via a transs

254 hermocool, Biosense-Webster, n=160) or a 3.5 irrigated-tip catheter with CF assessment (Tacticath, En

255 lation were compared between the lattice and irrigated-tip catheters (low-energy: T(max)75 degrees C/

256 s by use of focal and/or linear lesions with irrigated-tip catheters in 10 of 19 patients.

257 lesions that can be achieved with the use of irrigated-tip catheters.

258 Ablations were performed with an irrigated-tip contact force-sensing catheter in temperat

259 lasting persistent AF underwent APVI with an irrigated-tip radiofrequency ablation catheter.

260 the reversion of 20-60 Mha of cropland from irrigated to rainfed management by end-of-century, and a

261 Irrigated trees showed an enhanced response to precipita

262 s, which required sequential or simultaneous irrigated unipolar radiofrequency ablation from the endo

263 contaminants such as arsenic and uranium in irrigated unsaturated soils, accounting for 55% of the i

264 cycle of urban water usage, suggesting that irrigated urban vegetation drives the biospheric signal

265 d under two irrigation schemes (rain fed and irrigated), was evaluated.

266 tates, agricultural production requires less irrigated water than before but it still accounts for a

267 societies on the older islands were based on irrigated wetland agriculture.

268 Moreover, irrigated wheat exhibits roughly one-quarter of the heat

269 e state of agricultural production in China (irrigated wheat-maize double-cropping systems), Zimbabwe

270 rats in which each nasal epithelium had been irrigated with 0.1-0.5 ml 5% zinc sulfate.

271 in root tissues within 6 h after plants were irrigated with 0.4 M NaCl, suggesting that expression of

272 ion, the peritoneal cavity of recipients was irrigated with deltaPKC inhibitor (deltaV1-1, 300 nmol);

273 fferent plant organs and in leaves of plants irrigated with different nitrogen sources or subjected t

274 The soil columns were irrigated with identical amounts of water twice a week,

275 on of As via well water, unless the field is irrigated with low-As river or pond water.

276 ained after radical surgery were immediately irrigated with nonbuffered saline and instilled with a s

277 Thus, consumption of vegetables irrigated with PFAS-impacted water that meets the curren

278 Previous research has shown that plants irrigated with reclaimed wastewater can accumulate pharm

279 Crops irrigated with reclaimed wastewater or grown in biosolid

280 As can enter and bioaccumulate in food crops irrigated with reclaimed water.

281 Consumption of lettuce irrigated with river water caused an estimated median he

282 g AM/AMBP-1 treatment, the peritoneal cavity irrigated with saline, and the midline incision closed i

283 tion and puncture, the peritoneal cavity was irrigated with saline, and the midline incision was clos

284 aricus bisporus cultivated in growth compost irrigated with sodium selenite solution increased by 28-

285 ptake of OMCs was reduced above 70% in crops irrigated with solar treated effluents in comparison wit

286 or 24% EDTA) was performed and the site was irrigated with sterile saline.

287 Each surgical site was irrigated with sterile saline; prior to suturing, one ra

288 Ps from the consumption of mature vegetables irrigated with the fortified water was estimated to be o

289 rate exposure data of consumers of vegetable irrigated with treated municipal wastewater.

290 rsonal care products (PPCPs) in 8 vegetables irrigated with treated wastewater under field conditions

291 that the accumulation of PPCPs in vegetables irrigated with treated wastewater was likely limited und

292 factors affecting the uptake of PCs by crops irrigated with treated wastewater, the governing role of

293 Lettuce was irrigated with treated WW for 5 weeks.

294 dible parts was 50-fold greater than A. cepa irrigated with tube well water irrigated soil.

295 ccupation of thin filaments, myofibrils were irrigated with varying concentrations of cdS1.

296 Green vegetable crops irrigated with wastewater are highly contaminated with h

297 Solanum lycopersicum and Solanum melongena, irrigated with wastewater in Mardan are studied using At

298 than WT after 9 days of withholding water or irrigating with 300 mM NaCl.

299 he accumulation of arsenic (As) in soil from irrigating with high-As groundwater can reduce rice yiel

300 at two different levels, with two controls - irrigated without nitrogen and no irrigation nor nitroge