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CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
CrowdHydrology was established in 2010 with the goal of using innovative methods to collect spatially distributed hydrologic data. What began in the Northeast United States has expanded across the continent. Our hope is that we will soon be able to offer global support to those seeking to aid the study of hydrologic data worldwide.
See Water Levels»
All Listing Types All Locations

Listing Results

  • PA1013 Gray Tree Frog

    PA1013 Gray Tree Frog

    Vernal Pool

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  • PA1019 Wentz Pool, South Basin

    PA1019 Wentz Pool, South Basin

    Vernal Pool

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  • PA1018 Wentz Pool, Central Basin

    PA1018 Wentz Pool, Central Basin

    Vernal Pool

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  • PA1017 Wentz Pool, North Basin

    PA1017 Wentz Pool, North Basin

    Vernal Pool

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  • PA1004 Alpine Pool 2

    PA1004 Alpine Pool 2

    Vernal Pool

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  • PA1003 Alpine Pool 1

    PA1003 Alpine Pool 1

    Vernal Pool

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  • PA1020 Forest Pool 1N

    PA1020 Forest Pool 1N

    Vernal Pool

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  • PA1026 Forest Pool 6

    PA1026 Forest Pool 6

    Vernal Pool

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  • PA1025 Forest Pool 5

    PA1025 Forest Pool 5

    Vernal Pool

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  • PA1024 Forest Pool 4

    PA1024 Forest Pool 4

    Vernal Pool

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  • PA1029 Pine Pool 1

    PA1029 Pine Pool 1

    Vernal Pool

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  • PA1030 Pine Pool 2

    PA1030 Pine Pool 2

    Vernal Pool

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  • PA1031 Pine Pool 3

    PA1031 Pine Pool 3

    Vernal Pool

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  • PA1032 Pine Pond

    PA1032 Pine Pond

    Vernal Pool

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  • PA1009 Cabin 9 Field

    PA1009 Cabin 9 Field

    Vernal Pool

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  • PA1008 Cabin 9 Circle Pool

    PA1008 Cabin 9 Circle Pool

    Vernal Pool

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  • PA1006 Baby Whale

    PA1006 Baby Whale

    Vernal Pool

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  • PA1016 Toilet Bowl

    PA1016 Toilet Bowl

    Vernal Pool

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  • PA1010 Cabin 9 Long Pool

    PA1010 Cabin 9 Long Pool

    Vernal Pool

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  • PA1007 Barn Pool

    PA1007 Barn Pool

    Vernal Pool

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  • PA1021 Forest Pool 1S

    PA1021 Forest Pool 1S

    Vernal Pool

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  • PA1028 Forest Pool 7

    PA1028 Forest Pool 7

    Vernal Pool

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  • PA1023 Forest Pool 3

    PA1023 Forest Pool 3

    Vernal Pool

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  • PA1022 Forest Pool 2

    PA1022 Forest Pool 2

    Vernal Pool

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  • PA1015 Ridge Trail Pool

    PA1015 Ridge Trail Pool

    Vernal Pool

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  • PA1012 Farm Pool, south basin

    PA1012 Farm Pool, south basin

    Vernal Pool

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  • PA1011 Farm Pool, north basin

    PA1011 Farm Pool, north basin

    Vernal Pool

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  • PA1014 Nature Center Pool

    PA1014 Nature Center Pool

    Vernal Pool

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  • PA1005 Old Toboggan Run Pool

    PA1005 Old Toboggan Run Pool

    Vernal Pool

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  • Shoemaker Covered Bridge – PA1002

    Shoemaker Covered Bridge – PA1002

    Pond

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  • Stillwater Covered Bridge – PA1001

    Stillwater Covered Bridge – PA1001

    River

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  • Kocher Park – PA1000

    Kocher Park – PA1000

    River

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