Landscapes

Greece's rocky landscape, characterized by mountains and rugged terrain, significantly influenced its economic activities by limiting agricultural practices to small, terraced plots and promoting the development of specialized farming, such as olive oil and wine production. The fragmented geography also encouraged the growth of independent city-states (poleis), fostering trade and maritime activities as communities sought resources unavailable locally. Consequently, the Greeks became skilled seafarers and traders, establishing networks throughout the Mediterranean that facilitated commerce and cultural exchange. This reliance on trade and specialized agriculture shaped the economic foundation of ancient Greek civilization.

Ben Nevis, the highest point in the British Isles, is 1,344 metres (4,409 ft) above sea level.

They help provide water for the rest of the rainforest, and help in the process of evaporation.

You can get some people to came and cover it up or get some dirt or wood chips and cover it up

desert is the physical feature dominates the landscape of Arabia.

help pls

Generally it is the process of erosion that changes the landscapes as it can wear away things and erosion from rivers gradually form ravines in the landscape/ valleys. However Mount Everest grows on average 0.5cm a year, yet this growth is currently balanced out by the rate of erosion meaning it stays the same height, so this may be an example of keeping this landscapes similar. But erosion always changes it, it will never be completely the same.

Bugs Burger Bug Killers Inc. have a website and are located in the eastern United States.

A Landscape Architect has a professional degree, and in 49 of 50 states you have to be Registered with the Board of Landscape Architecture to be able to call yourself "Landscape Architect". Anyone can refer to themselves as a Landscape Designer legally.

Hills, Water, and Cliff.

Its called terrace farming. Sometimes, not always, the terraces are flooded as paddy fields for growing rice, especially in the East.

The feelings attached to particular places

someone dies in a beautiful landscape, that easy! Read the story and stop procrastinating

Energy waste can directly lead to:

- faster depletion of available fuel resources (lower efficiency means you need more fuel to do something than a method that is more efficient);

- faster wear of equiment used to convert the fuel into usable energy (aggregate heat will hammer containement vessels quicker, requiring cooling plants to run harder and for a larger part of the day, etc.)

- the waste heat becomes available energy to form new, possibly corrosive/toxic chemical compounds from liberated impurity ions (uncontrolled energy release).

Main INDIRECT results from energy waste:

- Innovation by start ups to invent a more efficient way to use limited energy, which will provide them with a competitive advantage, hopefully sufficient to become the major player inthat industry.

- Increased algae biomass - increased energy waste causes increased warm water from cooling plants, which dumps into our rivers, lakes and seas, creating ideal conditions for increased algae growth. Food chains relying on this algae will flourish over those in competition.

- Faster depletion of our water supply - hotter air can hold more moisture than dry; so more of our global water supply will get locked into our atmosphere, increasing the risk of that water may exit out into space.

Hope this helps.

Farmer clearing land for fields. Carving faces on Mt. Rushmore. Dams on rivers.

answer this question............what is the landscaping in England due to its weather which is wet and cold but occasionally sunny

The Orientation from "Portrait" to "Landscape." This will flip the page on the screen to an 11-inch width and 8.5-inch height

Volcanic ash consists of tiny particles that are typically less than 2 millimeters in diameter, often resembling fine sand or dust. These particles are produced during explosive volcanic eruptions when magma is fragmented and ejected into the air. The size and composition of volcanic ash can vary, but it is generally much smaller than gravel and can be easily carried by wind over long distances.

Grasses have low growth points or apical meristems that are found at, near or below ground level. These growth points make the plants able to be grazed without killing the entire plant.

The narrow leaves of grasses also provide less surface area to get sunlight, warmth, moisture and air at the same time not providing detrimental effect on the plant. The less surface area also enables more leaves to grow from the plant and also allows more grass plants to grow and live per unit area.

Fast growth, depending on the type of grass, enables them to quickly emerge and generate seed before the year is out. This is their method to beat the grazing animals to the punch so they can complete their lifecycle before something eats them. C3 grasses have a special carbon molecule that enables them to grow during the cooler part of the year, which is from early spring to the start of summer. They become dormant when the hottest part of summer arrives, and some emerge again before the first killing frost hits. C4 grasses have a special carbon molecule that enables them to grow when the C3 grasses go dormant, which is from late spring/early summer all the way to the beginning of fall. C3 grasses are commonly found in northern areas such as Canada and northern USA as they are able to survive under a deep pack of snow and temperatures that go below freezing. C4 grasses tend to like growing during the hottest portion of the year, and quickly complete their life cycle during that time. They do not survive in the colder climates, and are hence commonly called Annuals. However these "annuals" are able to survive year-round in warmer climates such as the southern half of the USA and Mexico and can be considered perennials in those climates.

Most grasses have seeds that are able to be dispersed easily when an animal or bird brushes by, or by gusty winds. Seeds are small, and thus are easily buried among other dead plant matter, and allow themselves to be buried by the dead plants being weighed down by snow or pushed down as new tillers grow.

Grasses often develop other growth points or daughter tillers to continue their existence without completely dying off. These daughter tillers are often found below the ground surface and stem off of the parent plant. Some grasses can have as few as five to as many as 20 tillers growing off of them. When the parent plant dies off (after completing its life cycle when seeds develop), these daughter tillers take over continuing the grass's life cycle.

There are further two types of grasses: sod grasses and bunch grasses. Sod grasses produce a thick root mass below the ground surface as they grow, making them ideal for lawns and for improving soil health. Sod grasses are often used in pastures as they are difficult to uproot, and quickly regernate themselves after heavy grazing. They grow low to the ground and spread out horizontally instead of vertically. Kentucky Bluegrass, Creeping Red Fescue and Meadow Bromegrass are a few examples of sod grasses. Bunch grasses grow in a bunch, and often grow in tall, vertical-like swards that can reach over 6 feet in height. These grasses are great for use for haying, but can also be found in pastures. These type of grasses are easily pulled up by grazing animals when young, but also provide a habitat for grassland-dwelling birds and other animals. Big bluestem, Smooth Brome, Reed Canary, Tall Fescue, etc. are examples of bunchgrasses.

Landscape designers can enhance the exterior of your home, providing services such as design and construction of patios, decks, porches and driveways, water features (ponds and waterfalls) for your yard, plant landscape design, lighting (lamp posts, torches, etc.) and more. They can even design and build an outdoor kitchen for your patio!

Natural Coolants – Grass is much cooler than asphalt or cement. It acts as an “air conditioner” for the surrounding area. In fact, lawns can be 31 degrees cooler than asphalt and 20 degrees cooler than bare soil. But wait, there’s more. Trees shading homes can reduce attic temperatures by as much as 40 degrees.

Environmental Cleaners - Grass plays a vital role in capturing dust, smoke particles and other pollutants, and it produces oxygen.

Water Protectors – Healthy lawns absorb unhealthy runoff that might otherwise filter into bodies of water.