ocean surface

Once waves have been generated, gravity is the force that drives them in a continual attempt to restore the ocean surface to a flat plain.

The origin of these particles is believed to be almost exclusively the jet drops formed during the bursting of bubbles at the ocean surface.

Professor Roark says knowing the age of the corals might help scientists understand earlier water conditions and ocean surface productivity.

The warming of the ocean surface is not the only factor leading to sea-level raise.

So, is it a good idea to be placing nuclear plants under the ocean surface, or should we keep them on land?

Put in another way, waves are the manifestation of energy moving across the ocean surface.

Researchers have been studying the Titanic's remains since they were discovered resting more than two miles beneath the ocean surface.

Moving at impossible speeds close to the ocean surface, the hydrofoil connected us again with our relatives on the other side of the Earth.

Like cooking oil added to a pot of water, a stream of crude oil disperses across the ocean surface into droplets and thin streamers.

Giant tube worms, crabs, and shrimp live in the dark, a mile below the ocean surface, huddled around superheated geothermal vents.

These low-nutrient "marine deserts" appear to be expanding due to rising ocean surface temperatures.

Turbulent motion refers to the process by which heat and moisture are transferred from the land or ocean surface to the lower atmosphere.

Suddenly, pare off to have the strong wind on the ocean surface, curl up the billow.

Sunlight bouncing off the ocean surface gives the oil slick a mirror-like reflection easily detected by satellite sensors.

A sizeable proportion of the solar energy absorbed at the ocean surface is converted not into sensible heat but into latent heat .

Primary calibration indicates that the global wave model can describe the dynamical processes of ocean surface gravity waves.

But it is a challenge task to identify the imaged circular points of ocean surface plane due to the effects of ocean waves.

Ice covers most of the ocean surface year-round. causing subfreezing temperatures much of the time.

Hippo males fling their faeces; flatworms have penis-jousting contests; and humpback whales sing and leap above the ocean surface.

Metric rectification for a perspective image of ocean surface plane is very important for ocean observation.

Significant hydrodynamic interactions occur when bodies are located in close proximity on the ocean surface.

However, rapid increase of ocean surface in recent decades mainly due to global warming may cause.

Watch north nature scenes such us white bears, penguins, sea dogs, icebergs, cold ocean surface and snowy landscapes.

Twelve thousand feet below the ocean surface, biologists have discovered an entirely new family of sea creatures.

At the present growth rate, it would take only forty-five additional years to fill the ocean surface, too.

Tons of dust are lifted and left as a thin film over the ocean surface.

This means more sunlight reaches the ocean surface - a runaway process that leads to more warming and less cloud cover.

This screensaver shows you off a stormy ocean surface with swirls over it, complete with sunset sky and lightnings.

The non fully developed sea model, a new statistical model of the ocean surface, is described.

IT HAS been nearly two months since oil started gushing into the Gulf of Mexico from a damaged wellhead 5, 000 feet below the ocean surface.

In this paper, a circular floating object on sea is used to identify the metric rectification matrix of ocean surface plane.

By absorbing sunlight, the floating plants help keep the ocean surface relatively warm.

What impacts are we talking about - on the coast, on the ocean surface, or the sea floor?

This paper aims to render the ocean surface rapidly and realistically based on studying ocean wave model and ocean surface grid generation.

This thesis will discuss the method of generating the ocean surface shape quickly.

Activity peaks this month, when ocean-surface waters are warmest.

Moreover, the reflection and refraction of ocean surface are added and the spray is simulated. 3.

As the ocean surface warms, it mixes less with cooler, deeper waters, which contain much of the oceans nutrients, the Nature study says.

Displacement estimation based on ocean surface homography is very important in ocean engineering.

There are a lot of needs in film making and game design to imitate ocean surface.

The main detect object of COCTS on HY-1A Satellite is ocean surface.

Canonical correlation analysis between the precipitation fields of Yunnan in May and the ocean surface temperature in the tropical Pacific

Azimuthal Harmonic Coefficients of the Microwave Backscattering From a Non-Gaussian Ocean Surface With the First-Order SSA Model

Estimating the direct aerosol radiative perturbation: Impact of ocean surface representation and aerosol non-sphericity

Radiometric System for Measuring Spectrum Below Ocean Surface and the Design of Its Controlling Program

Application of Artificial Neural Network to Ocean Surface Wind Field Retrieval Modeling for Spaceborne Scatterometer

Effects of Foam on Ocean Surface Microwave Emission Inferred From Radiometric Observations of Reproducible Breaking Waves

A surface renewal model to analyze infrared image sequences of the ocean surface for the study of air-sea heat and gas exchange

Evaluation of High-Resolution Ocean Surface Vector Winds Measured by QuikSCAT Scatterometer in Coastal Regions

Super-resolution estimation of the ocean surface current for the HF ground wave radar

An Algorithm of Ocean Surface Vector Current Synthesization and Its Computer Simulation

Computing Coastal Ocean Surface Currents From Infrared and Ocean Color Satellite Imagery

Retrieving Ocean Surface Wind Speed From the TRMM Precipitation Radar Measurements

The effect of variation in sound velocity profile near the ocean surface on sound propagation in deep sea

The Present Operational Status and Developing Trend of HF Ground Wave Radar for Ocean Surface Condition Monitoring

Undersaturation of inert gases at the ocean surface: A thermal pumping mechanism

The Simulation Study of Ocean Surface Wave Imaging by SAR

The Turbulence Characteristics of Radar Backscatter Coefficient Caused by Wave and Weak Current Interaction on Ocean Surface

Statistical Comparisons of Observed and ECMWF Modeled Open Ocean Surface Drag

Observation of Nonlinear Effects in Ocean Surface Wave Frequency Spectra

Ocean Surface Current Detection by HF Ground Wave Radar with Portable Antenna System

Delay-doppler analysis of bistatically reflected signals from the ocean surface: theory and application

Resonant inertial oscillations in moored buoy ocean surface winds

Chaotic Characteristics in HF Radar Backscatter from the Ocean Surface

First TV broadcast of ocean surface temperature for the South China Sea

A Numerical Wide-Beam Sea Echo Model for HF Ground Wave Radar Ocean Surface State Detection

Effect of ocean surface currents on wind stress, heat flux, and wind power input to the ocean

Internal-wave Angle on the Ocean Surface Excited by Underwater Moving-body

Polarimetric radar remote sensing of ocean surface wind

A Fast Wind Vector Search Algorithm for Ocean Surface Wind Retrieval

Infrared Image Simulation of Global Ocean Surface

Coastal Ocean Surface Wind Retrieval from SAR Imagery

Modeling of Ocean surface Waves: Using FFT Algorithms

Doppler Spectra From a Two-Dimensional Ocean Surface at L-Band

They go straight to the ocean surface, feed there, grow;

a formation of long wavelength ocean surface waves

Ocean Surface Vector Current Synthesization of HF Ground Wave Radar

Diffraction waves at ocean surface

Ocean Surface and Sea Floor Ambiance

Luminous: A new species of Loriceferan discovered scientists 2. 6 miles below the ocean surface south of Cote d'Ivoire, Africa,