'Seasonal change' presentation slideshows

S6E4 Weather & Climate Review

839 views • 62 slides

ENSO Prediction Skill in the NCEP CFS

CTB Joint Seminar Series. ENSO Prediction Skill in the NCEP CFS. Renguang Wu Center for Ocean-Land-Atmosphere Studies. February 3, 2010, NCEP. Coauthors: Ben P. Kirtman (RSMAS, University of Miami) Huug van den Dool (CPC, NCEP, NOAA). 1. Spring prediction barrier.

589 views • 44 slides

WRF Physics Options Part 2

WRF Physics Options Part 2. Jimy Dudhia. sst_update=1. ARW only. Reads lower boundary file periodically to update the sea-surface temperature (otherwise it is fixed with time) For long-period simulations (a week or more) wrflowinp_d0 n created by real

789 views • 37 slides

1) Acclimation (reversible):

1) Acclimation (reversible):. short-term change in structure or function (biochemical pathways) shift in range of physiological tolerances of an individual requires longer periods (days or weeks) than behavioral or metabolic changes.

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Age and growth of Sebastes vulpes in the coastal waters of western Hokkaido, Japan

329 views • 24 slides

Outline

Characterization of seasonal effects on the specific capacity of rope-pump wells in a fractured rock-aquifer in Nicaragua. Essa L. Gross and John S. Gierke Department of Geological Eng. & Sciences Michigan Technological University Antoinette Kome SNV Nicaragua. Outline. Problem Statement

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SUCCESSFUL SCIENCE Network Meeting May 22nd 2014

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Tides

Tides. Tides are periodic rises and falls of large bodies of water. Tides are caused by the gravitational pull of the moon and inertia. Most coastal areas see two high tides and two low tides every 24 hour period. As the earth rotates, the moon pulls water towards the side it is on.

465 views • 17 slides

Standardized Test Prep

Standardized Test Prep . Preview Multiple Choice. Multiple Choice. 1. Which of the following is the most important factor in determining climate? A. volcanic activity B. nearness to an ocean C. distance from the equator D. atmospheric circulation patterns. Multiple Choice.

385 views • 16 slides

CIA 3-1 REVIEW QUESTIONS

CIA 3-1 REVIEW QUESTIONS. We are learning to : describe how objects in the solar system are in regular and predictable motions that explain days, years, and seasons. We are looking for : description of: Days- Earth rotates on its axis every 24 hours

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378 views • 16 slides

Why do we have night and day?

We are learning to : describe how objects in the solar system are in regular and predictable motions that explain days, years, and seasons. We are looking for : description of: Days- Earth rotates on its axis every 24 hours Years-Earth revolves around the sun 365.25 days

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Human Energy Systems Unit Activity 6.1: Making Predictions Using Long-Term Trends

Human Energy Systems Unit Activity 6.1: Making Predictions Using Long-Term Trends. Carbon: Transformations in Matter and Energy Environmental Literacy Project Michigan State University. You are here. How do patterns in data allow scientists to make predictions about the future?.

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Lecture # 17

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Actual Earth Motions

278 views • 11 slides

Y. Ohtani * 1 , Y. Yasuda* 1 , Y. Mizoguchi* 1 , T. Watanabe* 1 , Y. Nakai* 2 , K. Kitamura* 2 ,

LU-209 / ICDC7 Land Use and the Terrestrial Carbon Cycle / September 28, 2005. Seasonal and Inter-Annual Variability in Net Ecosystem CO 2 Exchange at Six Forest Flux Sites in Japan. Y. Ohtani * 1 , Y. Yasuda* 1 , Y. Mizoguchi* 1 , T. Watanabe* 1 , Y. Nakai* 2 , K. Kitamura* 2 ,

200 views • 10 slides

Using Satellite Images to Explore our Dynamic Earth

Change over Time. Using Satellite Images to Explore our Dynamic Earth. LuAnn Dahlman, TERC Education specialist & general inspiration Robert Simmon, SSAI/NASA GSFC Data handling, design, & prototyping. Change over Time.

56 views • 4 slides