test_02.model.json 492 KB

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  421. "text": "* Corresponding author. Address: Forest Science Centre, Department of Sustainability and Environment, P.O. Box 137, Heidelberg, Vic."
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  826. "text": ".The zero flow day method could be used to determine change"
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  840. "score": 0.99,
  841. "text": "in the occurrence of any given flow in response to afforestation. The methods used in this study proved satisfactory in removing"
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  1381. "text": "variability can obscure the real impacts. Fig. 1 plots"
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  1396. "text": "annual FDCs over12years ofplantationgrowthforone"
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  1411. "text": "of thecatchmentsusedin thisstudy,Pine Creek.The"
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  1471. "text": "ofthetime.Thismaybe"
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  1485. "score": 0.96,
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  1501. "text": "higherflows."
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  1515. "score": 0.98,
  1516. "text": "Thispaperpresentstheresultsof aproject aimed at"
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  1530. "score": 0.99,
  1531. "text": "quantifyingchangesinannualflowregimeof"
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  1545. "score": 0.98,
  1546. "text": "catchments following plantation establishment. The"
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  1560. "score": 0.99,
  1561. "text": "flowregimeisrepresentedbytheflowdurationcurve"
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  1575. "score": 1.0,
  1576. "text": "(FDC).Thekeyassumptionwasthatrainfalland"
  1577. },
  1578. {
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  1590. "score": 0.98,
  1591. "text": "forest age are the principal drivers of evapotranspira-"
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  1605. "score": 0.97,
  1606. "text": "tion. For any generalisation of response of the FDC to"
  1607. },
  1608. {
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  1620. "score": 0.98,
  1621. "text": "vegetation change, the variation in the annual climate"
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  2026. "text": "grasstopineandeucalyptplantations,whileBosch"
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  2055. "score": 1.0,
  2056. "text": "fromthesummerwetseason.FaheyandJackson"
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  2070. "score": 0.99,
  2071. "text": "(1997)reportedthereductioninpeakflowswastwice"
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  2115. "score": 1.0,
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  2131. "text": "responsesaretoacertainextentintegratedmaynot"
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  2146. "text": "Widespread afforestation through plantation estab-"
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  3355. "score": 0.96,
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  3371. "text": "(and caveats) of FDCs in characterising, comparing"
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  3475. "score": 0.99,
  3476. "text": "is the percentile flow,"
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  3535. "score": 1.0,
  3536. "text": "plantation.Annualrainfallwaschosenastherainfall"
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  3550. "score": 1.0,
  3551. "text": "statisticasitprovedtobethemostrobustpredictorof"
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  3565. "score": 0.95,
  3566. "text": "flow over the whole range of flow percentiles,as"
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  3580. "score": 1.0,
  3581. "text": "compared with rainfall percentiles; e.g. median rain-"
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  3595. "score": 0.96,
  3596. "text": "fall versus 1oth flow percentile. The use of annual"
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  3610. "score": 0.97,
  3611. "text": "rainfall also minimises parameter complexity. The"
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  3625. "score": 0.98,
  3626. "text": "choice of model form is dependent on selecting a"
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  3641. "text": "function that describes the relationship betweenforest"
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  3655. "score": 0.96,
  3656. "text": "age and ET.Scott and Smith (1997) demonstrated"
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  3670. "score": 0.99,
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  3700. "score": 1.0,
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  3745. "score": 0.96,
  3746. "text": "Fig.2a is a schematicof thechangein theFDCover"
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  5412. "score": 0.97,
  5413. "text": " are predicted values,"
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  5472. "score": 0.97,
  5473. "text": "minus the ratio of the mean square error to the"
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  5517. "score": 0.99,
  5518. "text": "1.0. Higher values indicate greater agreement between"
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  5592. "score": 1.0,
  5593. "text": "evaluatinghydrologicmodellingbecauseitisa"
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  5607. "score": 0.97,
  5608. "text": "measure of the deviation from the 1:1 line. As"
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  5653. "text": "we have arbitrarily considered"
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  5682. "score": 1.0,
  5683. "text": "indicateadequatemodelfits."
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  5697. "score": 1.0,
  5698. "text": "Itisimportanttoassessthesignificanceofthe"
  5699. },
  5700. {
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  5712. "score": 1.0,
  5713. "text": "modelparameterstocheckthemodelassumptions"
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  5727. "score": 1.0,
  5728. "text": "that rainfall and forest age are driving changes in the"
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  5742. "score": 0.99,
  5743. "text": "FDC. The model (2) was split into simplified forms,"
  5744. },
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  5757. "score": 0.96,
  5758. "text": "where only the rainfall or time terms were included by"
  5759. },
  5760. {
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  5772. "score": 1.0,
  5773. "text": "setting"
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  5787. "score": 0.95,
  5788. "text": ", as shown in Eq. (5), or"
  5789. },
  5790. {
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  5802. "score": 1.0,
  5803. "text": "asshownin"
  5804. },
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  5817. "score": 0.96,
  5818. "text": "Eq. (6). The component models (5) and (6) were then"
  5819. },
  5820. {
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  5833. "text": "tested against the complete model, (2)."
  5834. },
  5835. {
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  5847. "score": 1.0,
  5848. "text": "Thecoefficientofefficiency"
  5849. },
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  5862. "score": 1.0,
  5863. "text": "(Nashand"
  5864. },
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  5877. "score": 0.97,
  5878. "text": "Sutcliffe, 1970; Chiew and McMahon, 1993; Legates"
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  5892. "score": 0.94,
  5893. "text": "and McCabe,1999)was used as the‘goodness of fit"
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  5907. "score": 1.0,
  5908. "text": "measuretoevaluatethefitbetweenobservedand"
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  5922. "score": 0.98,
  5923. "text": "predicted flow deciles (2) and zero flow days (3)."
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  5982. "score": 0.98,
  5983. "text": "Fig.2.(a)SchematicofthechangeintheFDC over time,and"
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  5997. "score": 0.98,
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  6012. "score": 0.96,
  6013. "text": "A notable feature of Fig.1 is the increase in the"
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  6027. "score": 0.99,
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  6042. "score": 0.97,
  6043. "text": "Eq.(2), using an inverse sigmoidal function was"
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  6057. "score": 1.0,
  6058. "text": "employedtoassesstheimpactofafforestationonthe"
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  6060. {
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  6072. "score": 0.97,
  6073. "text": "number of zero flow days per year"
  6074. },
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  6087. "score": 0.99,
  6088. "text": ". In this case,"
  6089. },
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  6102. "score": 0.98,
  6103. "text": "the left hand side of Eq. (2) is replaced by"
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  6118. "text": ",and"
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  6132. "score": 1.0,
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  6147. "score": 0.98,
  6148. "text": "are constrained to negative as"
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  6162. "score": 0.97,
  6163. "text": "decreases as"
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  7072. "score": 0.99,
  7073. "text": "when comparing (5) and (2) would indicate the time"
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  7087. "score": 0.98,
  7088. "text": "term in (6) was required to improve the complete"
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  7090. {
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  7102. "score": 0.98,
  7103. "text": "model and is therefore significant, and vice versa."
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  7132. "score": 0.98,
  7133. "text": "is degrees of freedom, and the subscripts s and c refer"
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  7135. {
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  7147. "score": 0.96,
  7148. "text": "to the simplified model and complete models,"
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  7150. {
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  7207. "score": 1.0,
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  7222. "score": 1.0,
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  7834. "text": "4. Results"
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  7848. "score": 0.97,
  7849. "text": "The fit of the complete model, Eq.(2),to the"
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  7863. "score": 0.94,
  7864. "text": "observed data was generally good. Table 2 gives"
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  7879. "text": "Table2"
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  7893. "score": 0.98,
  7894. "text": "Significance of the rainfall and time terms"
  7895. },
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  7908. "score": 0.94,
  7909. "text": "and Redhill thelower BFI is matched by the shallow"
  7910. },
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  7923. "score": 0.97,
  7924. "text": "soils.Pre-treatmentdata is not availablefor all"
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  7938. "score": 0.99,
  7939. "text": "catchmentinthedataset,soitwasdecidedforthe"
  7940. },
  7941. {
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  7953. "score": 0.99,
  7954. "text": "sakeofconsistencyintheanalysistostarteachof the"
  7955. },
  7956. {
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  7968. "score": 1.0,
  7969. "text": "datasetsintheyearoftreatment.TheFDCswere"
  7970. },
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  7983. "score": 1.0,
  7984. "text": "constructedforwateryearsofMay-Aprilforeight"
  7985. },
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  7998. "score": 0.98,
  7999. "text": "catchments. The 2 Cathedral Peak catchments were"
  8000. },
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  8013. "score": 1.0,
  8014. "text": "analysedforNovember-Octoberbecauseofthe"
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  8028. "score": 1.0,
  8029. "text": "summer rainfall maxima (Table 2)."
  8030. },
  8031. {
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  8043. "score": 1.0,
  8044. "text": "Table3"
  8045. },
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  8058. "score": 0.98,
  8059. "text": "Coefficient of efficiency,"
  8060. },
  8061. {
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  8073. "score": 0.98,
  8074. "text": "4.1.Model evaluation"
  8075. },
  8076. {
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  8088. "score": 0.97,
  8089. "text": "Data on soil characteristics have been obtained"
  8090. },
  8091. {
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  8103. "score": 0.98,
  8104. "text": "from published reports and personal communication"
  8105. },
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  8118. "score": 0.98,
  8119. "text": "with researchers, but is far from uniform, particularly"
  8120. },
  8121. {
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  8133. "score": 1.0,
  8134. "text": "regardingporosity.Consequentlyonlyanindication"
  8135. },
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  8148. "score": 0.99,
  8149. "text": "of mean depth is reported here. However, this does"
  8150. },
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  8163. "score": 0.96,
  8164. "text": "give some indication of thelikely relative storage"
  8165. },
  8166. {
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  8178. "score": 1.0,
  8179. "text": "capacitiesofthecatchments.Toobtaininsightsinto"
  8180. },
  8181. {
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  8193. "score": 0.96,
  8194. "text": "the pre-afforestation hydrologic characteristics a"
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  8196. {
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  8208. "score": 1.0,
  8209. "text": "baseflowseparationwasperformedonthedaily"
  8210. },
  8211. {
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  8223. "score": 0.96,
  8224. "text": "flows for the first 3 years following disturbance,"
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  8226. {
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  8238. "score": 0.97,
  8239. "text": "usingthedigitalfilteringmethod of Lyne andHollick"
  8240. },
  8241. {
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  8243. "poly": [
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  8253. "score": 0.98,
  8254. "text": "(1979)withafiltercoefficientof0.925andthree"
  8255. },
  8256. {
  8257. "category_id": 15,
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  8268. "score": 0.99,
  8269. "text": "passes.Theresultantaveragebaseflowindex(BFI)"
  8270. },
  8271. {
  8272. "category_id": 15,
  8273. "poly": [
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  8283. "score": 0.97,
  8284. "text": "the ratio of baseflow to total flow, is given in Table 1."
  8285. },
  8286. {
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  8298. "score": 0.96,
  8299. "text": "The Australiancatchments display a notably"
  8300. },
  8301. {
  8302. "category_id": 15,
  8303. "poly": [
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  8313. "score": 1.0,
  8314. "text": "lowerBFIthantheSouthAfricanandNewZealand"
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  8316. {
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  8328. "score": 1.0,
  8329. "text": "catchments.ForStewartsCreek,PineCreek"
  8330. },
  8331. {
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  8343. "score": 0.97,
  8344. "text": "P.N.J.Lane et al./ Journal ofHydrology 310(2005)253-265"
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  8358. "score": 0.97,
  8359. "text": "indicates that the rainfall term was significant at the"
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  8374. "text": "level,"
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  9166. "score": 0.97,
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  9226. "score": 0.96,
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  10965. "score": 0.97,
  10966. "text": "catchments(Table 1).These results couldbe scaled"
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  11070. "score": 0.94,
  11071. "text": "upward for those catchments that are less than"
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  11100. "score": 0.98,
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  11130. "score": 0.99,
  11131. "text": "4.3. Timing of fow reductions"
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  11146. "text": "P.N.J.Lane et al./ Journal of Hydrology 310(2005) 253-265"
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  11787. "score": 0.97,
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  11922. "score": 0.98,
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  11952. "score": 1.0,
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  11967. "score": 0.94,
  11968. "text": "A further check on the overall model performance is"
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  12027. "score": 0.97,
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  12042. "score": 0.98,
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  12207. "score": 0.95,
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  12238. "text": "5. Discussion"
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  12252. "score": 0.97,
  12253. "text": "The aims of the project have largely been met. The"
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  12267. "score": 0.97,
  12268. "text": "general characterisation of FDCs and adjustment fon"
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  12282. "score": 0.99,
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  12297. "score": 0.96,
  12298. "text": "fitting our model to 10 flow percentiles, for 10 different"
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  12312. "score": 0.93,
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  12327. "score": 0.98,
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  12357. "score": 0.97,
  12358. "text": "from Glendhu 2 appears to be substantially"
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  12372. "score": 0.98,
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  12448. "text": "P.N.J.Laneet al./JournalofHydrology310(2005)253-265"
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  12462. "score": 0.99,
  12463. "text": "a Rainfall refers to the rainfall in the year used for comparison of results. The value in brackets refers to the deviation from the mean annual"
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  12899. "score": 0.98,
  12900. "text": "rainfall term was significant for most deciles demon-"
  12901. },
  12902. {
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  12914. "score": 0.98,
  12915. "text": "strated the model structure was appropriate for adjusting"
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  12929. "score": 0.95,
  12930. "text": "the FDCs for climatic (rainfall) variability.The"
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  12944. "score": 0.96,
  12945. "text": "comparisons of our results with published paired"
  12946. },
  12947. {
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  12959. "score": 0.97,
  12960. "text": "catchmentanalyses are satisfactory,althoughthe"
  12961. },
  12962. {
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  12974. "score": 0.97,
  12975. "text": "different methodologies make direct comparisons of"
  12976. },
  12977. {
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  12989. "score": 0.98,
  12990. "text": "deciles withtotalflowuncertain.Lowflows at"
  12991. },
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  13005. "text": "LambrechtsbosBappeartobeover-estimatedbyour"
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  13019. "score": 0.96,
  13020. "text": "model, which is unsurprising as the model fit was poor."
  13021. },
  13022. {
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  13034. "score": 0.99,
  13035. "text": "The remaining four South African catchments, and also"
  13036. },
  13037. {
  13038. "category_id": 15,
  13039. "poly": [
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  13049. "score": 0.97,
  13050. "text": "Redhill and Stewarts Creek are in good agreement with"
  13051. },
  13052. {
  13053. "category_id": 15,
  13054. "poly": [
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  13064. "score": 1.0,
  13065. "text": "the published values, particularly when the deviation of"
  13066. },
  13067. {
  13068. "category_id": 15,
  13069. "poly": [
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  13079. "score": 0.97,
  13080. "text": "average rainfall is considered. Glendhu 2 reductions are"
  13081. },
  13082. {
  13083. "category_id": 15,
  13084. "poly": [
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  13094. "score": 1.0,
  13095. "text": "closetothereported"
  13096. },
  13097. {
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  13109. "score": 0.95,
  13110. "text": ",but our model produces"
  13111. },
  13112. {
  13113. "category_id": 15,
  13114. "poly": [
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  13124. "score": 0.95,
  13125. "text": "a heavier impact on thelower flows. Overall, it appears"
  13126. },
  13127. {
  13128. "category_id": 15,
  13129. "poly": [
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  13139. "score": 1.0,
  13140. "text": "therearenosignificantdiscrepancieswiththepublished"
  13141. },
  13142. {
  13143. "category_id": 15,
  13144. "poly": [
  13145. 796.0,
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  13154. "score": 0.98,
  13155. "text": "paired catchment analyses.We suggest our technique"
  13156. },
  13157. {
  13158. "category_id": 15,
  13159. "poly": [
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  13169. "score": 1.0,
  13170. "text": "representsanalternativetothepaired-catchmentmethod"
  13171. },
  13172. {
  13173. "category_id": 15,
  13174. "poly": [
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  13183. ],
  13184. "score": 0.98,
  13185. "text": "for assessing hydrologic response to vegetation treat-"
  13186. },
  13187. {
  13188. "category_id": 15,
  13189. "poly": [
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  13191. 659.0,
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  13199. "score": 1.0,
  13200. "text": "ment,wherepaireddataareunavailable.Themethod"
  13201. },
  13202. {
  13203. "category_id": 15,
  13204. "poly": [
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  13214. "score": 0.95,
  13215. "text": "has not yet resultedin a predictive model,but has"
  13216. },
  13217. {
  13218. "category_id": 15,
  13219. "poly": [
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  13221. 725.0,
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  13225. 748.0,
  13226. 796.0,
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  13229. "score": 0.98,
  13230. "text": "increasedourknowledgeof afforestationimpacts.This"
  13231. },
  13232. {
  13233. "category_id": 15,
  13234. "poly": [
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  13244. "score": 0.98,
  13245. "text": "is a valuable outcome given the contentious issue of"
  13246. },
  13247. {
  13248. "category_id": 15,
  13249. "poly": [
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  13255. 813.0,
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  13258. ],
  13259. "score": 0.97,
  13260. "text": "afforestation in Australia and other countries, and a"
  13261. },
  13262. {
  13263. "category_id": 15,
  13264. "poly": [
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  13272. 846.0
  13273. ],
  13274. "score": 1.0,
  13275. "text": "currentpaucityofdataoninter-annualflows.Itshould"
  13276. },
  13277. {
  13278. "category_id": 15,
  13279. "poly": [
  13280. 793.0,
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  13289. "score": 0.98,
  13290. "text": "be noted that nine of the 10 catchment were pine species."
  13291. },
  13292. {
  13293. "category_id": 15,
  13294. "poly": [
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  13304. "score": 1.0,
  13305. "text": "Moredataisrequiredtocomparetheimpactof"
  13306. },
  13307. {
  13308. "category_id": 15,
  13309. "poly": [
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  13319. "score": 0.99,
  13320. "text": "hardwood species, particularly eucalypts, on the FDC."
  13321. },
  13322. {
  13323. "category_id": 15,
  13324. "poly": [
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  13334. "score": 0.98,
  13335. "text": "Unfortunately thesedata arecurrentlyscarce.Thereare"
  13336. },
  13337. {
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  13339. "poly": [
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  13349. "score": 0.97,
  13350. "text": "substantial data on the physiological controls of eucalypt"
  13351. },
  13352. {
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  13354. "poly": [
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  13364. "score": 0.95,
  13365. "text": "water use(seeWhitehead andBeadle,2004),butnot at"
  13366. },
  13367. {
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  13369. "poly": [
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  13379. "score": 1.0,
  13380. "text": "thecatchmentscale"
  13381. },
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  13394. "score": 1.0,
  13395. "text": "262"
  13396. },
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  13409. "score": 0.99,
  13410. "text": "Themodelfitsshowwehavequantifiedthenet"
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  13412. {
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  13424. "score": 0.99,
  13425. "text": "impactofafforestationforthemajorityoftheflow"
  13426. },
  13427. {
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  13429. "poly": [
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  13439. "score": 0.99,
  13440. "text": "percentiles in the 10 catchments. Results for the 10-50th"
  13441. },
  13442. {
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  13454. "score": 0.99,
  13455. "text": "percentiles wereparticularlyencouraging.Itisnot"
  13456. },
  13457. {
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  13459. "poly": [
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  13469. "score": 0.99,
  13470. "text": "surprisingthattherelationshipbetweenrainfallandflow"
  13471. },
  13472. {
  13473. "category_id": 15,
  13474. "poly": [
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  13484. "score": 0.98,
  13485. "text": "diminishes at lower flows (60-100th percentile),where"
  13486. },
  13487. {
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  13499. "score": 1.0,
  13500. "text": "seasonalstorageeffectsandrainfalldistributionbecome"
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  13502. {
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  13504. "poly": [
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  13514. "score": 0.99,
  13515. "text": "moreimportantdriversforrunoffgeneration.The"
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  13519. "poly": [
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  13529. "score": 0.99,
  13530. "text": "poorestmodelfitsweregainedforLambrechtsbosA"
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  13544. "score": 0.99,
  13545. "text": "andB.ThelikelyreasonatLambrechtsbosAisan"
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  13547. {
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  13549. "poly": [
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  13559. "score": 1.0,
  13560. "text": "observedannualdecreaseinstandwateruseafter12"
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  13574. "score": 0.98,
  13575. "text": "years(Scottetal.,2000)whichdoesnotconformtothe"
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  13589. "score": 0.99,
  13590. "text": "sigmoidalformofourmodeloverthefull19yearsof"
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  13604. "score": 0.97,
  13605. "text": "record.Thefailureof themodel tofit thelower flows at"
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  13619. "score": 0.97,
  13620. "text": "LambrechtsbosB is not as explicable.A decrease in"
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  13710. "text": "generally after 20 years.Our use of an asymptotic curve"
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  13739. "score": 0.98,
  13740. "text": "reached. The results of the model fitting generally justify"
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  13755. "text": "P.N.J.Lane et al./ Journal of Hydrology 310(2005) 253-265"
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  13978. "score": 0.98,
  13979. "text": "this assumption for the length of commercial plantation"
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  13993. "score": 0.97,
  13994. "text": "growth (up to 20 years) considered here. The physio-"
  13995. },
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  14024. "text": "plantationspeciesotherthan"
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  14039. "text": "regnanshavenotbeen"
  14040. },
  14041. {
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  14043. "poly": [
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  14053. "score": 0.99,
  14054. "text": "thoroughly investigated, although Cornish and Vertessy"
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  14056. {
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  14058. "poly": [
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  14068. "score": 0.98,
  14069. "text": "(2001) and Roberts et al. (2001) have shown young"
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  14071. {
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  14073. "poly": [
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  14083. "score": 1.0,
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  14098. "score": 0.99,
  14099. "text": "mature stands, and Putahena and Cordery (2000) suggest"
  14100. },
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  14113. "score": 1.0,
  14114. "text": "maximumPinusradiatawaterusemayhavebeen"
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  14116. {
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  14128. "score": 0.99,
  14129. "text": "reachedafter12years,withasubsequentdecline."
  14130. },
  14131. {
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  14143. "score": 0.99,
  14144. "text": "TraralgonCreekwouldbeexpected tohaveboththe"
  14145. },
  14146. {
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  14158. "score": 0.97,
  14159. "text": "most subdued flow reductions and longer response time"
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  14161. {
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  14173. "score": 0.93,
  14174. "text": "because of the large area of"
  14175. },
  14176. {
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  14188. "score": 0.98,
  14189. "text": "regnans forest,and"
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  14191. {
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  14203. "score": 1.0,
  14204. "text": "uncertainvegetationrecord.Peakstandwateruseofa"
  14205. },
  14206. {
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  14218. "score": 0.96,
  14219. "text": "natural stand of this species is around 30 years."
  14220. },
  14221. {
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  14233. "score": 0.98,
  14234. "text": "Additionallyinthislarge,‘realworld'catchment"
  14235. },
  14236. {
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  14238. "poly": [
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  14248. "score": 1.0,
  14249. "text": "thereisacontinuouscycleofforestmanagement"
  14250. },
  14251. {
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  14263. "score": 0.99,
  14264. "text": "which includes harvesting. A mixture of pasture and"
  14265. },
  14266. {
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  14268. "poly": [
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  14278. "score": 0.98,
  14279. "text": "'scrub', which could represent significant understorey"
  14280. },
  14281. {
  14282. "category_id": 15,
  14283. "poly": [
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  14293. "score": 0.99,
  14294. "text": "stands,werereplacedbyplantationspecies.Conse-"
  14295. },
  14296. {
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  14298. "poly": [
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  14308. "score": 0.99,
  14309. "text": "quently the difference between pre and post treatment"
  14310. },
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  14323. "score": 0.96,
  14324. "text": "ETmaybeless than atother catchments.Reductions of"
  14325. },
  14326. {
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  14338. "score": 0.96,
  14339. "text": "this magnitude could be more readily expected in larger,"
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  14341. {
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  14343. "poly": [
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  14353. "score": 0.97,
  14354. "text": "multi land use catchments than the very high impacts"
  14355. },
  14356. {
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  14358. "poly": [
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  14368. "score": 0.98,
  14369. "text": "estimated at the smaller Australian catchments."
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  14384. "text": "This project sought to (i) develop a method to remove"
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  14414. "text": "theimpactofvegetationonflowfromafforested"
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  14429. "text": "catchments,and (i) quantify this impact on the flow"
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  14458. "score": 0.97,
  14459. "text": "considered the age of plantation and the annual rainfall"
  14460. },
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  14473. "score": 0.98,
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  14475. },
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  14488. "score": 0.99,
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  14503. "score": 0.97,
  14504. "text": "the climate signal was then removed from the stream-"
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  14579. "text": "The response groups may be in part explained by the"
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  14699. "text": "conditions. Inclusion of a storage term in the model is an"
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  14729. "text": "addition of extra parameters would be at the cost of"
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  14743. "score": 0.97,
  14744. "text": "maintaining model simplicity,particularly as character"
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  14758. "score": 0.99,
  14759. "text": "ising a transient storage is not trivial."
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  14774. "text": "Theanalysisofzeroflowdayswassuccessful"
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  14788. "score": 0.98,
  14789. "text": "demonstrating that theimpact onflowintermittence can"
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  14804. "text": "beevaluatedwithoutof theentireFDC.Thiswashelpful"
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  14818. "score": 0.99,
  14819. "text": "as the change in the higher percentiles (low flows) could"
  14820. },
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  14864. "text": "potentialforhighlyincreasedzeroflowperiodsinsmall"
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  14878. "score": 0.98,
  14879. "text": "catchments, at least in south-eastern Australia. However."
  14880. },
  14881. {
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  14894. "text": "it should be noted these curves probably represent a"
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  14953. "score": 0.95,
  14954. "text": "to determine change in the occurrence of any given flow"
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  14984. "text": "likelihood of maintaining a reservoir storage or an"
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  15028. "score": 0.99,
  15029. "text": "considerably,withgreaterreductioninflowsinthetwo"
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  15043. "score": 0.98,
  15044. "text": "Cathedral Peak catchments,and Lambrechtsbos B."
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  15329. "text": "form)although Stewarts Creek is significantly wetter."
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  15343. "score": 0.96,
  15344. "text": "The combination of small catchment area and the"
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  15358. "score": 0.97,
  15359. "text": "increased transpirativedemand that exceedssummer"
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  15373. "score": 0.99,
  15374. "text": "and autumn rainfall and stored water results in the large"
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  15388. "score": 0.99,
  15389. "text": "impact on lower flows, compared to high flows."
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  15419. "text": "6.Summary andconclusions"
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  15434. "text": "P.N.J.Laneet al./JournalofHydrology310(2005)253-265"
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