000			02295nam a22004337a 4500
999			_c150632 _d150632
003			CR-SiIICA
005			20230301082345.0
007			ta
008			221025t2022 ||||| |||| 00| 0 eng d
040			_aCR-SiIICA _bspa
041			_aeng
090			_aThesis B275
100			_9351325 _aBarrientos Peña, Andrea Noemí _eautor
245			_aEstimation of aquifer recharge measured by the isotopic fractionation of water vapor and the hydrological balance of the soil in the dry tropical forest of Costa Rica
260			_aTurrialba, Costa Rica _bCentro Agronómico Tropical de Investigación y Enseñanza (CATIE) _c2022
270			_aSan José, C.R.
300			_a1 recurso en línea (33 páginas) _bpdf
502			_aTesis (Mag.) –CATIE, Turrialba (Costa Rica), 2022
520			_aIt develop an approach of an hourly, lumped, conceptual, tracer-aided water balance model that simulates aquifer recharge in a dry tropical forest in Costa Rica. The model considers evaporative fractionation by estimating the isotopic content of the vapor losses from interception and the upper soil horizon, which is a process commonly overlooked. The incorporation of fractionation in the model resulted in satisfactory representations of the behavior and variability of the isotopic signals in atmospheric water vapor. A first effort was made to estimate the recharge based on the model with the best metrics. Simulations show that a recharge of 89 mm was generated from March to December 2019.
650		0	_9150313 _aHIDROLOGIA
650		0	_9322388 _aHYDROLOGY
650		0	_9152192 _aISOTOPOS
650		0	_9324135 _aISOTOPES
650		0	_9161895 _aRECARGA DE AGUAS SUBTERRANEAS
650		0	_9321238 _aGROUNDWATER RECHARGE
650		0	_9351326 _aFRACCIONAMIENTO ISOTÓPICO
650		0	_9138300 _aBOSQUE TROPICAL
650		0	_9351327 _aEVALUACIÓN DE AGUAS SUBTERRÁNEAS
650		0	_9137451 _aBALANCE HIDRICO
650		0	_9168631 _aWATER BALANCE
651		0	_92064 _aCOSTA RICA
690			_9138302 _aBOSQUE TROPICAL SECO
700			_948010 _aBenegas Negri, Laura A. _easesor
700			_949066 _aBirkel, Christian _easesor
856			_qpdf _uhttps://repositorio.catie.ac.cr/handle/11554/1107 _yeng _fBCO23039169
942			_2z _aPUB _cDIG
942			_2z _cTES