Now check your ideas by using the scraper tool to measure algal biomass and estimate the standing crop for both the Bat Rocks and Cess pools assuming 30% algal coverage. In this case, you can calculate the standing crop per unit area (the tiles) because we are comparing two pools. You do not need to extrapolate to the entire pool. BAT ROCKS % Open Canopy 40% Area scraped: 0.978 m2 Algal biomass collected: 0.205 g Algal Standing Crop: Enter value. (g/m?) CESS % Open Canopy 15% Area scraped: 0.935 m2 Algal biomass collected: 0.196 g Algal Standing Crop: Enter value. (g/m2)

Now check your ideas by using the scraper tool to measure algal biomass and estimate the standing crop for both the Bat Rocks and Cess pools assuming 30% algal coverage. In this case, you can calculate the standing crop per unit area (the tiles) because we are comparing two pools. You do not need to extrapolate to the entire pool. BAT ROCKS % Open Canopy 40% Area scraped: 0.978 m2 Algal biomass collected: 0.205 g Algal Standing Crop: Enter value. (g/m?) CESS % Open Canopy 15% Area scraped: 0.935 m2 Algal biomass collected: 0.196 g Algal Standing Crop: Enter value. (g/m2)

Case Studies In Health Information Management

3rd Edition

ISBN:9781337676908

Author:SCHNERING

Publisher:SCHNERING

Chapter6: Leadership

Section: Chapter Questions

Problem 6.42.1C

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