div class=ts-pagebutton class=gotoPage data-page=1Page 1button div class=ts-imageimg data-url=ars-home-usda-ars-face-the-flow-is-expressed-using-darcys-law-while-making-threehtmlpage=1 data-page=1 class=ts-thumb lazyload alt=Page 1: ARS Home : USDA ARS · face The flow is expressed using Darcys law while making three main assumptions: 1 the local hydraulic gradient is constant in time and equal to the local loading=lazy src=data:imagegifbase64iVBORw0KGgoAAAANSUhEUgAAAAIAAAACCAQAAADYv8WvAAAAD0lEQVR42mP8X8AwAgiABKBAv+vAXklAAAAAElFTkSuQmCC data-src=https:reader034vdocumentsusreader034viewer20220428055f61fe1e642cc778cc3413cahtml5thumbnails1jpg width=140 height=200 divdivdiv class=ts-pagebutton class=gotoPage data-page=2Page 2button div class=ts-imageimg data-url=ars-home-usda-ars-face-the-flow-is-expressed-using-darcys-law-while-making-threehtmlpage=2 data-page=2 class=ts-thumb lazyload alt=Page 2: ARS Home : USDA ARS · face The flow is expressed using Darcys law while making three main assumptions: 1 the local hydraulic gradient is constant in time and equal to the local loading=lazy src=data:imagegifbase64iVBORw0KGgoAAAANSUhEUgAAAAIAAAACCAQAAADYv8WvAAAAD0lEQVR42mP8X8AwAgiABKBAv+vAXklAAAAAElFTkSuQmCC data-src=https:reader034vdocumentsusreader034viewer20220428055f61fe1e642cc778cc3413cahtml5thumbnails2jpg width=140 height=200 divdivdiv class=ts-pagebutton class=gotoPage data-page=3Page 3button div class=ts-imageimg data-url=ars-home-usda-ars-face-the-flow-is-expressed-using-darcys-law-while-making-threehtmlpage=3 data-page=3 class=ts-thumb lazyload alt=Page 3: ARS Home : USDA ARS · face The flow is expressed using Darcys law while making three main assumptions: 1 the local hydraulic gradient is constant in time and equal to the local loading=lazy src=data:imagegifbase64iVBORw0KGgoAAAANSUhEUgAAAAIAAAACCAQAAADYv8WvAAAAD0lEQVR42mP8X8AwAgiABKBAv+vAXklAAAAAElFTkSuQmCC data-src=https:reader034vdocumentsusreader034viewer20220428055f61fe1e642cc778cc3413cahtml5thumbnails3jpg 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while making three main assumptions: 1 the local hydraulic gradient is constant in time and equal to the local loading=lazy src=data:imagegifbase64iVBORw0KGgoAAAANSUhEUgAAAAIAAAACCAQAAADYv8WvAAAAD0lEQVR42mP8X8AwAgiABKBAv+vAXklAAAAAElFTkSuQmCC data-src=https:reader034vdocumentsusreader034viewer20220428055f61fe1e642cc778cc3413cahtml5thumbnails5jpg width=140 height=200 divdivdiv class=ts-pagebutton class=gotoPage data-page=6Page 6button div class=ts-imageimg data-url=ars-home-usda-ars-face-the-flow-is-expressed-using-darcys-law-while-making-threehtmlpage=6 data-page=6 class=ts-thumb lazyload alt=Page 6: ARS Home : USDA ARS · face The flow is expressed using Darcys law while making three main assumptions: 1 the local hydraulic gradient is constant in time and equal to the local loading=lazy src=data:imagegifbase64iVBORw0KGgoAAAANSUhEUgAAAAIAAAACCAQAAADYv8WvAAAAD0lEQVR42mP8X8AwAgiABKBAv+vAXklAAAAAElFTkSuQmCC data-src=https:reader034vdocumentsusreader034viewer20220428055f61fe1e642cc778cc3413cahtml5thumbnails6jpg width=140 height=200 divdivdiv class=ts-pagebutton class=gotoPage data-page=7Page 7button div class=ts-imageimg data-url=ars-home-usda-ars-face-the-flow-is-expressed-using-darcys-law-while-making-threehtmlpage=7 data-page=7 class=ts-thumb lazyload alt=Page 7: ARS Home : USDA ARS · face The flow is expressed using Darcys law while making three main assumptions: 1 the local hydraulic gradient is constant in time and equal to the local loading=lazy src=data:imagegifbase64iVBORw0KGgoAAAANSUhEUgAAAAIAAAACCAQAAADYv8WvAAAAD0lEQVR42mP8X8AwAgiABKBAv+vAXklAAAAAElFTkSuQmCC data-src=https:reader034vdocumentsusreader034viewer20220428055f61fe1e642cc778cc3413cahtml5thumbnails7jpg width=140 height=200 divdivdiv class=ts-pagebutton class=gotoPage data-page=8Page 8button div class=ts-imageimg data-url=ars-home-usda-ars-face-the-flow-is-expressed-using-darcys-law-while-making-threehtmlpage=8 data-page=8 class=ts-thumb lazyload alt=Page 8: ARS Home : USDA ARS · face The flow is expressed using Darcys law while making three main assumptions: 1 the local hydraulic gradient is constant in time and equal to the local loading=lazy src=data:imagegifbase64iVBORw0KGgoAAAANSUhEUgAAAAIAAAACCAQAAADYv8WvAAAAD0lEQVR42mP8X8AwAgiABKBAv+vAXklAAAAAElFTkSuQmCC data-src=https:reader034vdocumentsusreader034viewer20220428055f61fe1e642cc778cc3413cahtml5thumbnails8jpg width=140 height=200 divdivdiv class=ts-pagebutton class=gotoPage data-page=9Page 9button div class=ts-imageimg data-url=ars-home-usda-ars-face-the-flow-is-expressed-using-darcys-law-while-making-threehtmlpage=9 data-page=9 class=ts-thumb lazyload alt=Page 9: ARS Home : USDA ARS · face The flow is expressed using Darcys law while making three main assumptions: 1 the local hydraulic gradient is constant in time and equal to the local loading=lazy src=data:imagegifbase64iVBORw0KGgoAAAANSUhEUgAAAAIAAAACCAQAAADYv8WvAAAAD0lEQVR42mP8X8AwAgiABKBAv+vAXklAAAAAElFTkSuQmCC data-src=https:reader034vdocumentsusreader034viewer20220428055f61fe1e642cc778cc3413cahtml5thumbnails9jpg width=140 height=200 divdivdiv class=ts-pagebutton class=gotoPage data-page=10Page 10button div class=ts-imageimg data-url=ars-home-usda-ars-face-the-flow-is-expressed-using-darcys-law-while-making-threehtmlpage=10 data-page=10 class=ts-thumb lazyload alt=Page 10: ARS Home : USDA ARS · face The flow is expressed using Darcys law while making three main assumptions: 1 the local hydraulic gradient is constant in time and equal to the local loading=lazy src=data:imagegifbase64iVBORw0KGgoAAAANSUhEUgAAAAIAAAACCAQAAADYv8WvAAAAD0lEQVR42mP8X8AwAgiABKBAv+vAXklAAAAAElFTkSuQmCC data-src=https:reader034vdocumentsusreader034viewer20220428055f61fe1e642cc778cc3413cahtml5thumbnails10jpg width=140 height=200 divdivdiv class=ts-pagebutton class=gotoPage data-page=11Page 11button div class=ts-imageimg data-url=ars-home-usda-ars-face-the-flow-is-expressed-using-darcys-law-while-making-threehtmlpage=11 data-page=11 class=ts-thumb lazyload alt=Page 11: ARS Home : USDA ARS · face The flow is expressed using Darcys law while making three main assumptions: 1 the local hydraulic gradient is constant in time and equal to the local loading=lazy src=data:imagegifbase64iVBORw0KGgoAAAANSUhEUgAAAAIAAAACCAQAAADYv8WvAAAAD0lEQVR42mP8X8AwAgiABKBAv+vAXklAAAAAElFTkSuQmCC data-src=https:reader034vdocumentsusreader034viewer20220428055f61fe1e642cc778cc3413cahtml5thumbnails11jpg width=140 height=200 divdivdiv class=ts-pagebutton class=gotoPage data-page=12Page 12button div class=ts-imageimg data-url=ars-home-usda-ars-face-the-flow-is-expressed-using-darcys-law-while-making-threehtmlpage=12 data-page=12 class=ts-thumb lazyload alt=Page 12: ARS Home : USDA ARS · face The flow is expressed using Darcys law while making three main assumptions: 1 the local hydraulic gradient is constant in time and equal to the local loading=lazy src=data:imagegifbase64iVBORw0KGgoAAAANSUhEUgAAAAIAAAACCAQAAADYv8WvAAAAD0lEQVR42mP8X8AwAgiABKBAv+vAXklAAAAAElFTkSuQmCC data-src=https:reader034vdocumentsusreader034viewer20220428055f61fe1e642cc778cc3413cahtml5thumbnails12jpg width=140 height=200 divdivdiv class=ts-pagebutton class=gotoPage data-page=13Page 13button div class=ts-imageimg data-url=ars-home-usda-ars-face-the-flow-is-expressed-using-darcys-law-while-making-threehtmlpage=13 data-page=13 class=ts-thumb lazyload alt=Page 13: ARS Home : USDA ARS · face The flow is expressed using Darcys law while making three main assumptions: 1 the local hydraulic gradient is constant in time and equal to the local loading=lazy src=data:imagegifbase64iVBORw0KGgoAAAANSUhEUgAAAAIAAAACCAQAAADYv8WvAAAAD0lEQVR42mP8X8AwAgiABKBAv+vAXklAAAAAElFTkSuQmCC data-src=https:reader034vdocumentsusreader034viewer20220428055f61fe1e642cc778cc3413cahtml5thumbnails13jpg width=140 height=200 divdivdiv class=ts-pagebutton 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