convince the reader that the electricity generated from the Pacific ocean will help increase tourism.

examine the several obstacles that prevent the development of the wave industry in California.

criticize the programs on wave energy that will require large investments to be implemented.

announce a new source of renewable energy that may help supply future power needs in California.

discuss the importance of the American Airforce energy program for power supply in Santa Barbara.

has studied the generation of energy from tides for several years.

is responsible for the supply of most of California’s energy needs.

will conduct expensive studies to investigate the power generated from waves.

has developed a wave energy program to replace the wind energy projects of the past.

has been successful in generating 100 megawatts of electricity from waves in California.

“…745 miles…” (line 4) – refers to the total extension of the California coast.

“… more than 37,000 megawatts…” (lines 5-6) – refers to the power already generated by California waves.

“…2020.” (line 26) – refers to year when wave energy alone will supply most of California’s energy needs.

“…more than $7 million,” (lines 31-32) – refers to the final cost of global studies on wave power.

“…1970s.” (line 35) – refers to the decade when the use of wind energy reached its peak.

“benefit” (line 2) and advantage are antonyms.

“famed” (line 2) and well-known are synonyms.

“convert” (line18) and transform have opposite meanings.

“infancy” (line 33) and beginning express contradictory ideas.

“generate” (line 37) and consume express similar ideas.

“Besides surfing, tourism and the ocean views, California may get another benefit from its famed coast: energy.” (lines 1-3)

“If it is built, devices would convert the wave’s energy into electricity,” (lines 17-19)

“California will have to wait a few years, however, to see if wave energy will help the state meet its goal for a third of its energy needs…” (lines 23-25)

“Currently there are few projects around the world that generate electricity from the ocean.” (lines 36-37)

“PG&E estimates that together they produce about 300 megawatts of power, less than a single mid-sized coal plant.” (lines 37-39)

a cost-effective form of generating energy.

cheaper than wind power but more efficient.

a renewable form of energy only for beach houses.

at a developmental stage and commercially unviable.

the only possible alternative energy source for Portugal.

many people mistrust the effectiveness of current wave energy technology.

energy specialists are skeptic about the future of all renewable energy sources.

the buoys set on the ocean to generate energy will certainly not remain in place.

wave energy is not going to be a successful energetic alternative for oil and gas.

any one can make a profitable and long-lasting use of waves to generate energy.

The ships arrived in the harbor more than a day late.

The diplomats had to find ways to harbor the political refugees.

These rivers harbor different species of fish, such as trout and bass.

They wanted to harbor the fugitives who streamed across the borders.

She decided not to harbor resentment against the man who accused her.

The pioneer wave project to generate energy for commercial consumption was developed in Portugal.

Many different countries in Europe and other continents have started their own wave-energy projects.

Financial difficulties have forced the first commercial wave farm in the world to close down.

Wave energy will never be cost-effective since the ocean surface is hard to control.

Wave energy is generated by means of pumps that transform the rising and falling movement of the waves into electricity.

is already being replaced by alternative fuels in most uses of the fuel.

is now in shortage and will not supply global needs in the near future.

has already been substituted by alternative energy fuel resources worldwide.

has been misreported as non-abundant to satisfy political interests of non-producing nations.

has reached a peak in off-shore wells and is now abundantly extracted from tar sand reserves.