A simple stochastic model predicting conservative mass transport through the unsaturated zone into ground water
Source:
Brasino, John Sheldon
A simple stochastic model predicting conservative mass transport through the unsaturated zone into ground water
[s.l.]: [s.n.], c1986
vi, 255 leaves : ill. ; 29 cm.
URL to cite for this work: http://digital.library.wisc.edu/1711.dl/EcoNatRes.BrasinoSimple
Contents
[Cover] Wisconsin groundwater management practice monitoring project no. 1
Abstract, pp. ii-iv
[Contents] Table of contents, pp. v-vii
I. Introduction, pp. 1-4
II. Background, pp. 5-29
III. Randomized plug flow and the transfer function model, pp. 30-41
IV. Field tests of the models, pp. 42-128
V. Model applications, pp. 129-151
VI. Summary of conclusions, pp. 152-155
VII. Comments and recommendations for further work, pp. 155-157
VIII. Appendices: Appendix A: Solutions to the TFM and predictions of mass transported to the water table, pp. 158-163
Appendix B: Experiment I bromide and aldicarb data, pp. 164-168
Appendix C: Root density data on russet burbank potatos from C.B. Tanner and G.G. Weis, pp. 169-178
Appendix D: Weighing lysimeter data, pp. 179-186
Appendix E: Net infiltration during experiment I, p. 187
Appendix F: Summary of total mass, center of mass and log space parameters experiment I, pp. 188-194
Appendix G: % applied bromide recovered in the samplers experiment, pp. 195-196
Appendix H: Transfer function program listing, pp. 197-201
Appendix I: Core data, pp. 202-215
Appendix J: Results from Giford plot 1985 bromide sprayed at .779 mg/cm² on 5/21/85, pp. 216-222
Appendix K: Results from experiments 3, 4, and 5. bromide (ppm), pp. 223-228
Appendix L: Well concentrations in ppm br xx means no samle [sample] was taken official limit to detection is 0.4 ppm, pp. 229-241
IX. Bibliography, pp. 242-249 ff.
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