Downstream from Here


Book Description

Former TIME investigative reporter writes of witnessed assassination, a disruptive Invention, fundraising as fly fishing and a tree named Elsie in a cherry orchard in Michigan.




Upstream


Book Description

Wall Street Journal Bestseller New York Times bestselling author Dan Heath explores how to prevent problems before they happen, drawing on insights from hundreds of interviews with unconventional problem solvers. So often in life, we get stuck in a cycle of response. We put out fires. We deal with emergencies. We stay downstream, handling one problem after another, but we never make our way upstream to fix the systems that caused the problems. Cops chase robbers, doctors treat patients with chronic illnesses, and call-center reps address customer complaints. But many crimes, chronic illnesses, and customer complaints are preventable. So why do our efforts skew so heavily toward reaction rather than prevention? Upstream probes the psychological forces that push us downstream—including “problem blindness,” which can leave us oblivious to serious problems in our midst. And Heath introduces us to the thinkers who have overcome these obstacles and scored massive victories by switching to an upstream mindset. One online travel website prevented twenty million customer service calls every year by making some simple tweaks to its booking system. A major urban school district cut its dropout rate in half after it figured out that it could predict which students would drop out—as early as the ninth grade. A European nation almost eliminated teenage alcohol and drug abuse by deliberately changing the nation’s culture. And one EMS system accelerated the emergency-response time of its ambulances by using data to predict where 911 calls would emerge—and forward-deploying its ambulances to stand by in those areas. Upstream delivers practical solutions for preventing problems rather than reacting to them. How many problems in our lives and in society are we tolerating simply because we’ve forgotten that we can fix them?




Canton & Stark County Ohio Fishing & Floating Guide Book


Book Description

Canton & Stark County Ohio Fishing & Floating Guide Book Over 833 full 8 ½ x 11 sized pages of information with maps and aerial photographs available. Fishing information is included for ALL of the county’s public ponds and lakes, listing types of fish for each pond or lake, average sizes, and exact locations with GPS coordinates and directions. Also included is fishing information for most of the streams and rivers including access points and public areas with road contact and crossing points and also includes fish types and average sizes. Contains complete information on Alliance Park Lake Berlin Reservoir Canal Fulton (Canal) Canton Park Ponds Cooks Lagoon Dale Walborn Reservoir Deer Creek Reservoir Devonshire Park Pond Fishthner Outdoor Edu. Center Pond Jackson Township Park Ponds Little Sandy Creek Louisville Constitution Park Pond Mahoning River (F) Massillon Reservoir Middle Branch Sugar Creek Newman Creek Nimishillen Creeks Nimissila Creek North Canton Park Pond Petros Lake Sandy Creek (F) Sippo Creek Sippo Lake Sugar Creek (F) Tuscarawas River (F) (F) are floatable or canoeable rivers or streams)




Hearings


Book Description




Field and Stream


Book Description







Columbiana County Ohio Fishing & Floating Guide Book


Book Description

Columbiana County Ohio Fishing & Floating Guide Book Over 530 full 8 ½ x 11 sized pages of information with maps and aerial photographs available. Fishing information is included for ALL of the county’s public ponds and lakes, listing types of fish for each pond or lake, average sizes, and exact locations with GPS coordinates and directions. Also included is fishing information for most of the streams and rivers including access points and public areas with road contact and crossing points and also includes fish types and average sizes. Contains complete information on Big Yellow Creeks (F) Bull Creeks Guliford Lake Highlandtown Lake Little Beaver Creek (F) Little Yellow Creek Mahoning River (F) Mill Creek (F) Ohio River (F) Sandy Creek (F) Westville Lakes Yellow Creek and Zepernick Wildlife Area Lake (F) are floatable or canoeable rivers or streams)




Hearings


Book Description







Cultural Contact and Linguistic Relativity Among the Indians of Northwestern California


Book Description

Examines the linguistic relativity principle in relation to the Hupa, Yurok, and Karuk Indians Despite centuries of intertribal contact, the American Indian peoples of northwestern California have continued to speak a variety of distinct languages. At the same time, they have come to embrace a common way of life based on salmon fishing and shared religious practices. In this thought-provoking re-examination of the hypothesis of linguistic relativity, Sean O’Neill looks closely at the Hupa, Yurok, and Karuk peoples to explore the striking juxtaposition between linguistic diversity and relative cultural uniformity among their communities. O’Neill examines intertribal contact, multilingualism, storytelling, and historical change among the three tribes, focusing on the traditional culture of the region as it existed during the late nineteenth and early twentieth centuries. He asks important historical questions at the heart of the linguistic relativity hypothesis: Have the languages in fact grown more similar as a result of contact, multilingualism, and cultural convergence? Or have they instead maintained some of their striking grammatical and semantic differences? Through comparison of the three languages, O’Neill shows that long-term contact among the tribes intensified their linguistic differences, creating unique Hupa, Yurok, and Karuk identities. If language encapsulates worldview, as the principle of linguistic relativity suggests, then this region’s linguistic diversity is puzzling. Analyzing patterns of linguistic accommodation as seen in the semantics of space and time, grammatical classification, and specialized cultural vocabularies, O’Neill resolves the apparent paradox by assessing long-term effects of contact.