ARCTIC OCEAN Beaufort Sea Alternative MAP

160°W 155°W 150°W MAP 2-4 Point Barrow Barrow 23 Alternative ARCTIC OCEAN ! 22 Beaufort Sea 21 Tangent Point D 20 TESHEKPUK LAKE 19 Dease Inlet Point Franklin Cape Simpson Special Areas Smith Bay SPECIAL AREA Chukchi Sea17 Admiralty Pitt Point Peard Bay Colville River Point Belcher Bay B 16 17 C D 17Cape Halkett A Teshekpuk Lake 32 15N Inaru River 16 Harrison Bay ! 31 29 Kugrua 30W 28 26 E Utukok River Uplands 25 24 River 27 River 23 22 21 F G KASEGALUK LAGOON 20 19 18 17 16 15N 13 14 15W 14 12 11 10 9 8 7 6 5 4 23 Kasegaluk Lagoon SPECIAL AREA Oliktok Point 13 14 Teshekpuk Lake 14 Atigaru Point Atqasuk Alaktak Icy Cape ! 13 13 Lagoon 12 Oil & Gas 12 12 Kupa ru k River 11 River All BLM-managed subsurface would River Alp ine be available for leasing, but the leasing Tunalik River Kuk 11 11 Kasegaluk 10 Nuiqsut deferrals as depicted in Alternative A Pik River ! Kealok CreekDunes 10 Ivisaruk 9 10 would be honored. 70°N Inigok Creek Utukok River 9 Creek Infrastructure in support of offshore 8 Avalik River Fish Creek 9 Topagoruk River Ikpikpuk Ikpikpuk development may be allowed, 8 8 Kaolak River 7 70°N subject to future permitting decisions. Judy 7 7 6 Ublutuoch (Tingmiaqsiugvik) 6 6 River 5 Land Status 5 Native Patent or IC 4 5 River Kikiakrorak 3 4 4 Native Selected 43 42 3 Kogosukruk 41 40 UTUKOK RIVER UPLANDS SPECIAL AREA Meade River 3 Lakes 39 38 37 36 2 35 34 33 32 31 1N 2 2 30W 29 28 27 10 26 25 8 9 NPR-A Boundary 24 23 22 21 1N 1N 1N 6 7 20 19 18 17 2 3 4 5 1S 16 15W 14 13 12 11 10 89 7 6 5 4 3 2 1W 1E 30W 1S 1SUmia1S t 2 15W Maybe Creek 1W 1E River Awuna River 2 2 3 3 Colville River 3 4 Utukok COLVILLE RIVER SPECIAL AREA 4 4 5 5 5 UTUKOK RIVER UPLANDS 6 Colville River Nuka R. SPECIAL AREA EXPANSION 6 6 06 12 24 36 48 7 Miles 7 7 8 Kuna R. No warranty is made by the Bureau of Land Management as to the accuracy, reliability, or completeness of these 8 8 9 data for individual use or aggregate use with other data, or for purposes not intended by BLM. Spatial information East 9ForkAdditional Protections that Apply in Select Biologically9 Sensitive Areas 10 may not meet National Map Accuracy Standards. This 10 information may be updated without notification. For Kiligwa River K-1 River: No permanent or temporary facilities in stream bed 10 River Otuk official land status information refer to Cadastral Survey 11 No permanent facilities within listed distance from river except K-5b Caribou Study Area 34 essential pipeline and road crossings plats, Master Title Plats and land status case-files. 11 11 12 K-2 Deep Water Lakes: Etivluk River Etivluk K-6 Coastal Area: Special restrictions on facility 33 No permanent or temporary facilities on lakes development within 3/4 mile of coast Projection: Albers Conic Equal Area Creek Only essential permanent facilities within 1/4 mile of lakes 34 12 12 referencing NAD83 Ipnavik River Etivluk K-8a Pik Dunes: Surface structures, except 32 K-4a Goose Molting Area approximately perpendicular pipeline crossings and 34 ice pads, are prohibited 33 Nigu R. 13 33 31 K-4b Brant Survey Area K-11 Lease Tracts with surface occupancy 32 14 limited to a maximum of 300 acres per tract 30N 10 9 68°N 8 15W 14 32 K-5a Teshekpuk Lake Caribou Habitat Area 15S K-1215S Western Arctic Herd Habitat5 6Area 7 13 12 31 ! 2 3 4 Bureau of Land Management - Alaska 11 10 5 4 3 2 1W 1E 9 8 7 6 29 5 4 30N 31 National Petroleum Reserve - Alaska 3 2 30N 16 1W 1E 2 3 4 30N 5 6 7 8 68°N 28 29 9 1110 12 13 14 15E 16 17 18 19 2021 22 23 24 25 26 17 37 Draft IAP/EIS 160°W 155°W 150°W.

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Permafrost Organic Carbon Mobilization from the Watershed to the Colville River Delta
PUBLICATIONS Geophysical Research Letters RESEARCH LETTER Permafrost Organic Carbon Mobilization From the Watershed 10.1002/2017GL075543 to the Colville River Delta: Evidence From 14C Ramped Key Points: Pyrolysis and Lignin Biomarkers • Deposition of soil material in the river channel appeared to be more derived Xiaowen Zhang1,2 , Thomas S. Bianchi1 , Xingqian Cui1,2 , Brad E. Rosenheim3 , from deep old permafrost than 4 5 6 7 surface soils Chien-Lu Ping , Andrea J. M. Hanna , Mikhail Kanevskiy , Kathryn M. Schreiner , 8 • Deposition of permafrost soils at the and Mead A. Allison coast was affected by hydrodynamic sorting, coastal currents, and 1Department of Geological Sciences, University of Florida, Gainesville, FL, USA, 2Department of Earth, Atmospheric and drifting ice Planetary Sciences, Massachusetts Institute of Technology, Cambridge, MA, USA, 3College of Marine Science, University of • Degradation and organo-mineral South Florida, St. Petersburg, FL, USA, 4School of Natural Resources and Extension, University of Alaska Fairbanks, Fairbanks, interactions likely played important 5 6 roles in the depth-dependent thermal AK, USA, Institute of Geophysics, Jackson School of Geosciences, University of Texas at Austin, Austin, TX, USA, Institute of 7 stability of Arctic soils Northern Engineering, University of Alaska Fairbanks, Fairbanks, AK, USA, Large Lakes Observatory, University of Minnesota, Duluth, Duluth, MN, USA, 8The Water Institute of the Gulf, Baton Rouge, LA, USA Supporting Information: • Supporting Information S1 Abstract The deposition of terrestrial-derived permafrost particulate organic carbon (POC) has been Correspondence to: recorded in major Arctic river deltas. However, associated transport pathways of permafrost POC from X. Zhang, the watershed to the coast have not been well constrained.
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Alaskan Arctic Pipeline Workshop
ALASKAN ARCTIC PIPELINE WORKSHOP Captain Cook Hotel -- Anchorage, Alaska November 8-9, 1999 Arctic Alaskan Pipeline Workshop Summary November 8-9, 1999 TABLE OF CONTENTS Executive Summary 2 Introduction 7 Attachment A - Final Announcement of Alaskan Arctic Pipeline Workshop Attachment B - Alaskan Arctic Pipeline Workshop Participants Attachment C - Abstracts of Presentations at Alaskan Arctic Pipeline Workshop Attachment D - Summary of Discussion Sessions and Closing Remarks Attachment E - Presentation and Information Files 1 Arctic Alaskan Pipeline Workshop Summary November 8-9, 1999 Executive Summary On November 8 & 9, 1999, a workshop on Alaska Arctic Pipelines was held at the Hotel Captain Cook in Anchorage, Alaska. The workshop was initiated and sponsored by the Minerals Management Services (MMS) through the Technology Assessment and Research (TAR) program. C-CORE of St. John’s, Newfoundland in collaboration with AGRA Earth & Environmental, Colt Engineering and Tri Ocean of Calgary, Alberta led the workshop on behalf of MMS. The objective of the workshop was to bring together members of the public and a group of experts with skills related to offshore pipeline design, operation maintenance and inspection to examine the current state of practice for pipeline alternatives under consideration for Alaska offshore oil & gas reserves. A key aspect of the workshop was that it was open to the public and the speakers were urged to make their presentations in a format that would avoid highly technical discussions, formal lectures and commercial overtones. Rather, speakers were urged to provide a candid presentation that would focus on their particular area of expertise in such a way that it could be seen how Arctic pipeline development is undertaken to address the concerns and interest of the public sector, the regulators, the designers and the operators.
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A Summary of Water Quality Analyses from the Colville River and Other High Latitude Alaskan and Canadian Rivers
A SUMMARY OF WATER QUALITY ANALYSES FROM THE COLVILLE RIVER AND OTHER HIGH LATITUDE ALASKAN AND CANADIAN RIVERS Prepared for North Slope Borough Department of Wildlife Management P.O. Box 69 Barrow, AK 99523 by ABR, Inc.—Environmental Research & Services P.O. Box 240268 Anchorage, AK 99524 December 2015 CONTENTS INTRODUCTION ...........................................................................................................................1 METHODS ......................................................................................................................................2 RESULTS AND DISCUSSION ......................................................................................................2 LITERATURE CITED ....................................................................................................................6 TABLES Table 1. ABR sampled water chemistry results at 4 stations located on the Nigliq Channel of the Colville River, Alaska, 2009–2014. ................................................ 10 FIGURES Figure 1. The location of water chemistry sample collections in the Colville River by ABR, USGS, and NCAR along with important Arctic Cisco fishing locations and Saprolegnia outbreaks, 2009–2015. ..................................................................... 13 Figure 2. The location of water chemistry sample collections in large rivers of Alaska and Canada, 1953–2014..................................................................................................... 14 APPENDICES Appendix A.
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Conocophillips Alaska Pipeline Safety Brochure
SAFETY IS OUR TOP PRIORITY NORTH SLOPE TRANSPORTATION PIPELINES Additionally, to ensure pipeline integrity, we implement a Pipelines remain the safest and most reliable method of variety of programs, procedures, and systems, including: transporting energy products from the production • Ensuring pipeline design, construction, operation and location to market and the consumer. maintenance adhere to federal, state and local codes, Important Information We operate, along with our partners, more than 165 regulations and statutes. miles of transportation pipelines on the North Slope. The • Enforcing aggressive and proactive maintenance about U.S. Department of Transportation, Oce of Pipeline programs, such as pipe inspection programs that Safety, regulates approximately 130 miles of these utilize state-of-the-art tools. Pipeline pipelines. They extend from the Alpine Facilities to the • Using automated, computer-based, around-the-clock Trans Alaska Pipeline System (see Figure 1). pipeline monitoring. Safety The Alpine Oil Pipeline transports sales-quality crude oil • Conducting routine air and/or ground surveillance. from the Colville River Unit to the Kuparuk Pipeline at • Setting up checkpoints along the pipeline route to CPF2. The Kuparuk Pipeline transports Colville River Unit, enhance security when required. Kuparuk River Unit, Milne Point Unit and ENI sales quality crude to the Trans Alaska Pipeline System, connecting at Pump Station 1. A breakout tank is located at CPF2 to PIPELINE SIGNAGE provide relief or storage during periods of pipeline upset, We've attached signage to the North Slope transmission proration or maintenance. The Alpine Arctic Heating Fuel pipelines to enhance identication of the transportation Pipeline transports rened petroleum products and the pipelines and to provide emergency contact information Alpine Utility Pipeline transports treated seawater from (see Figure 2).
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Jons New Colville River200326ja
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Geology of the Chandler River Region, Alaska
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Alpine – Colville River Unit North Slope, Alaska
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Alaska Division of Geological & Geophysical Surveys
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Fall 2018 Subsistence Fishery Monitoring on the Colville River
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Climate Change in Nuiqsut, Alaska Strategies for Community Health
Climate Change in Nuiqsut, Alaska Strategies for Community Health ANTHC Center for Climate and Health Report prepared by: Michael Brubaker, Alaska Native Tribal Health Consortium Jacob Bell, Alaska Native Tribal Health Consortium Heather Dingman, North Slope Borough Simon Evans PE - Alaska Native Tribal Health Consortium Kara Kasak, Native Village of Nuiqsut Martha Itta, Native Village of Nuiqsut Richard Drake, Rich Design ANTHC recognizes our technical advisors for this report. Thank you for your help. Jim Berner, ANTHC Ted Smith, ANTHC John Warren, PE ANTHC Jennifer Williams, ANTHC The writing team would like to thank all of the community and regional contributors to this project. We appreciate your time and support. Native Village of Nuiqsut Achieving wellness through awareness andUnited States Environmentaladaptation Protection Agency United States Environmental Protection Agency Cover: View looking down entry of a Nuiqsut ice cellar Mike Brubaker, 2013. TABLE OF CONTENTS Introduction 1 Community – People of the Colville River 3 Ecosystem – a system in change 7 Climate – the new Arctic 9 Findings Weather – going to extremes 13 Land – a fragile landscape 15 River – a growing Colville 19 Subsistence – the best of both worlds 23 Ice Cellars – preserving an Inupiat tradition 27 Infrastructure – a slow moving disaster 31 Summary 33 Conclusion 35 Figures 1. North Slope Borough 2 2. Nuiqsut area and region 6 3. Nuiqsut Mean Monthly Temperature 10 4. Nuiqsut Mean Monthly Precipitation 11 5. Climate Change Health Assessment Summary of Findings 36 Appendices A. Ice Cellar Conceptual Design 37 B. Community and Regional Contributors 39 C. Climate and Health Web Resources 40 D. Acronyms 41 References 42 Nuiqsut in May.
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