Sentences with phrase «land and ocean need»

Changes in the ocean, ocean chemistry and biology on land and ocean need a lot of study.

Not exact matches

When the Air Force needs to fly their fuel - hungry fighter jets across oceans and continents without landing, they rely on flying gas stations like the KC - 10 Extender tanker to keep them aloft.

Scientific and political leaders have identified the need to improve land - based waste management — particularly in rapidly industrializing economies — as the single most important step we can take to reduce the flow of waste into the ocean.

Previous proofs have relied on complex climate models, but this proof doesn't need such models — just careful observations of the land, ocean and atmospheric gases.»

They need her to return to the ocean, to keep the balance between life on land and life under the sea, but Ponyo's love for Sosuke is too powerful a thing to be set aside for the survival of the world as we know it.

She needs hundreds of ZJ to warm oceans, atmosphere and land, and to melt ice.

[Response: There was little (or even no) choice here since we needed a global land + ocean reconstruction (i.e. not just northern hemisphere, and not just land — both of these would have been useless).

sheesh 2 DEGREES just look at the s ** t we are getting at 0.8 degrees Its like goodbye coral reefs, goodbye amazon rainforest, goodbye himalayan glaciers that provide water to 40 % worlds population (lot of poeple in china), goodbye east india monsoon rains needed to grow crops, hello more droughts, hello more forest fires, hello more heat waves, hello more stronger huricanes / typhones / cyclones, hello more floods (because warmer oceans have even more water evaporated from them turned into clouds and blown over land so even more rain pours down at once), hello more jellyfish (they thrive in acidified oceans because of CO2 absorbtion).

A model of the imperfections is needed to enable the compensation, and the teams who provide values of global temperature each use a different model for the imperfections (i.e. they make different selections of which points to use, they provide different weightings for e.g. effects over ocean and land, and so on).

To extract the signal of sea level change due to ocean water volume and other oceanographic change, land motions need to be removed from the tide gauge measurement.

Further increased efforts will be needed in linking terrestrial ecosystems with the atmosphere, the land with the ocean, the ocean (and its ecosystems) with the atmosphere, the chemistry of the atmosphere with the physics of the atmosphere, and finally linking the human system to them all.

To fully understand Earth's energy budget, the role these boundary regions play in transferring water between the oceans and land needs to be clarified.

It's hardly surprising then that fish stocks are taking a nose dive, when we'll need more ocean produce to offset a reducing land area - we can not keep cutting down rain forests - we need them to produce oxygen and soak up carbon dioxide.

As the population grows we need more land to grow crops to feed ourselves and that adds to climate change which in turn poisons our oceans with acid rain and reduces the available land for agriculture.

We'd driving the models with the GHG concentrations, and using carbon cycle models within the climate models to simulate the natural carbon fluxes (atmosphere - land and atmosphere - ocean), which themselves are affected by the simulated climate change, and the residual needed to balance the carbon budget then indicates the anthropogenic emissions that would give the prescribed scenario of CO2 rise.

We need to openly determine without bias the actual trends in sea ice, ocean temperatures, land temperatures, lower atmospheric temperatures, land - ice gravity changes, glacier lengths, and land use changes — WITHOUT BIASES.

With electromagnetic energy from the Sun it needed to push the idea of «shortwave heats land and oceans» because it first had to take out the direct heat from the Sun, thermal infrared, a.k.a. longwave infrared, a.k.a. heat, to establish its claimed «backradiation by greenhouse gases from trapping the upwelling thermal infrared from the heated Earth» and it didn't want any interference by the real world's direct heat from the Sun, thermal infrared, direct longwave infrared.

Just comparing global land and ocean doesn't show much, you need to compare regions then you see a land amplification that «highlights» ocean oscillations.

The fact that global warming has been happening «naturally» since the end of the last ice age means that it is happening spontaneously completely independent of the need for that warming to be caused by the sun heating the oceans (and land of course).

Need to take a global perspective, on both sources and destination for the mass exchange of waster into ice and between land and ocean that is likely to occur in the 21st Century.

Then you need the climate model to respond accurately to all these radiative forcings, and by taking full account of the heat capacity of the atmosphere, land, and ocean, to produce a time trend of the global temperature.

Three scientific panels, reporting to the Steering Committee, were established to define the observations needed in each of the main global domains (atmosphere, oceans and land), to prepare specific programme elements and to make recommendations for implementation:

The need to adapt to a changing climate and eventually to mitigate climate change increasingly requires more accurate information on fluxes across the traditional domains atmosphere, ocean, land in order to improve our understanding of the major climatic cycles, carbon, water and energy.

Our nation's youth need education, they need food and shelter and health care, they need love and nurturing, they need opportunities to make a living and they need their natural resources... the air, the water, the land, the wildlife, and the oceans.

The study is the first to develop a plan to fulfill all of a state's transportation, electric power, industry, and heating and cooling energy needs with renewable energy, and to calculate the number of new devices and jobs created, amount of land and ocean areas required, and policies needed for such an infrastructure change.

«The natural pH of the ocean is determined by a need to balance the deposition and burial of CaCO3 on the sea floor against the influx of Ca2 + and CO2 − 3 into the ocean from dissolving rocks on land, called weathering.

To know what these high numbers mean for local changes on the world's coastlines, you need a framework that accounts for all the key drivers: among them not just Antarctica, but also Greenland, mountain glaciers, the expansion of the warming ocean, changes in winds and current, shifts in Earth's gravitational field, and land motion.