Best Landscape Ideas

In nature, there is a system of checks and balances, which keeps things in proportion. Each plant and each animal have a natural predator or control measure to keep it from over burdening its area of existence.


It is when we humans step in and start to change the functions of Nature that the balance in place goes out of sink. If a continuous disruption of the natural process to a natural landscape persists, the land can become so damaged that all traces of the wild disappear.

In the above photo, we see a field of lupines growing in Northern Ontario. This area was once part of a 400 acre farm bordered by 2 other farms. Today the land has been divided up and sold off to various cottagers who now enjoy a forested landscape and this lupine meadow.

A few years back, the municipality stepped up some services for fire route access and widened the roadway. The meadow was somewhat disturbed but has since recovered gracefully. Looking at these photos, a trained eye can see young tree growth... indicating a revitalization occurring in the once open fields of farming activity from over a century ago.

Nature has stepped back in to a land once cleared. The trees have slowly crept back in where they rightfully belong and Nature has begun to heal itself. Wildlife now has great cover and space to forage. The seed bank of grasses and flowers feed the local bird populations and the ground is cooler, holding in more moisture along the forest floor.

The lupines create an acidic soil balance that helps other plant species move into the sandy soils where nutrients may be hard to obtain. The flowers are paving the way for another 20 years of land recovery. Eventually this field of beautiful flowers will be a maturing forest again and Nature will once again be in Balance thanks to little guys like these working away at the job Nature gave them....


The way that Nature works is a lifetime of learning for us to study. It is what will always inspire me in my work to push further and learn what I can from my greatest teacher.

Roosevelt Elementary School Centennial Time Garden
Installation, April 2008, this process included clearing existing grass, moving massive amounts of dirt for re-purposing, painting the sign and flag pole concrete round, building wooden forms to prepare for concrete to be poured for seating platforms....
NE Olympia, Washington

I thought the best way to start off the blog would be to use some pictures. I obviously have my own preferences when it comes to style, but I always try to plan a design around 3 factors:

1. The specific site, architecture and surrounds
2. The clients needs and wants
3. Something new or interesting to add some originality

In an effort to de-psychadelicise my website front page, i played around with a few layout ideas. This one is still very colourful but I like it.
The 3 black squares will be the buttons to my Portfolio, CV and Essays/Reports.

Are you thinking you missed the time to do your landscaping projects this season? Think again.


Fall is actually the best time to plant. Heres why:


-Most root growth happens in the late summer and fall so plants have a time to get well established

- More mild temperatures and more regular rainfall help plants acclimatize

- Fall soil is warmer and more conditioned making root establishment easier

-There are less pests in the fall that might attack young plants

- Plants have a jump start on the next growing season so flower more and look more established next spring and summer

- Plants with an established root system can better withstand the extreme conditions of next summer


Let us help you get your landscaping done before winter. 15% off design services between now and October 31.

There are many uses for Plants that exist in the world today. Whether it is for food, oxygen, energy or for beautifying a Landscape, they serve a multitude of functions. Plants are broken down into two systems. The first is the root system, which is mainly underground. The main functions of the root system are to keep the Plant firmly in the ground by anchoring it to the soil, to absorb water and nutrients and for food storage. The other system is above the ground. This system is involved in keeping the Plant standing above the soil, and is used for both photosynthesis and for food and water dispersal. No matter what type of Landscape it is located on, the main functions of the Plant are the same. As a food, they serve both the human and animal population. Certain flowers and shrubs are edible to humans, and others allow animals to get the nutrients they need to survive. They also create oxygen through the process of photosynthesis. In this process, Plants take in energy, carbon dioxide and water and minerals, in order to give off water and oxygen. One of the most popular uses however, is for decoration. Whether it is for landscaping design or to add some color to a room, Plants are a unique way to make a home or office look different. In addition to their many different uses, there are also three types of Plants which are determined based on the its life cycle. The three types are annual, biennial and perennial. Annual Plants go through their entire life cycle in a single growing season. Biennial Plants need two years to go through their life cycle. Perennial Plants exist throughout growing seasons, typically with the portion of the Plant above the soil dying every winter and blooming again in the spring. The type of soil a Plant exists in is also important. There are many natural soil options such as loam, clay or silt soil, typically varying depending on their consistency and the ability. Another option for Plant soil is mulch. Mulch keeps Plants healthy by conserving moisture. Mulch also eliminates the need to Landscape around different Plants and shrubs. Despite how a Plant is used or what soil it lives in, Plants serve many different uses in society. Whether it is used for food, oxygen and energy, or decorating a Landscape, there are thousands of Plant types that exist that can be used for all of these functions.

Glyptostrobus pensilus

The Chinese Swamp Cypress is a relative of our native Bald Cypress and can grow into a large tree on marshy soil. Typically reaching up to 60 feet at maturity;
in the first year it can reach 3.5 feet and some other records include: 10 years - 24 x 9 feet; 20 years - 25 x 13 feet; largest on record - 130 x 30 feet with a trunk diameter of 7 feet.
It is nearly extinct in the wild in its native range due to exploitation of it very valuable, scented, decay resistant wood.
It is not an evergreen, its bright green to blue-green foliage turns glowing red or even pink before falling in autumn. Its foliage somewhat resembles the related Taxodium ascendens of North American swamps.
The cones are pear shaped and up to an inch in length.
It also has very orange-red fibrous attractive bark.
Native to southern China & northern Vietnam - it is extremely rare and may now be extinct in the wild. It is very flood tolerant and will grow in up to 2 feet of water. Its need for hot humid summers makes it very well adapted to the southeast U.S. Indeed it was widespread in the Northern Hemisphere before the last ice ago. It is not well known and not often planted in the U.S. or Europe ( 50 feet tree in Cornwall, ENG ). Very easy to grow; this tree is not bothered by pest or diseases.
Hardy zones 6 to 11 where summers are hot enough to ripen the wood. Full sun only.

* photo taken on Feb 2009 @ U.S. National Arboretum, D.C.


* photos taken on 4th of July 2010 @ U.S. National Arboretum, D,C





* photo taken on June 23 2013 @ U.S. National Arboretum, Washington, DC

Larix

The foliage is deciduous on all Larches and appear early in spring. The needle-like leaves are borne singly on vigorous shoots and in dense whorls on older shoots.
The leafy stem tips of the Larch can be used in the making of a tea that is rich in Vitamin C.
The male and female flowers are borne on separate clusters on the same plant in spring. The make flowers are drooping and yellow; the female flowers are upright and red. They are borne in spring with the emerging foliage.
The timber is hard, heavy and strong. Rot resistant, the timber is used for utility poles, railway ties, cabinetry and flooring. The wood is not suitable for pulp.
The Larches prefer sun to partial shade on moist, deep, cool, light, well drained soil ( only 2 species tolerate swampy conditions ). They also prefer a humid climate with adequate summer rainfall.
The Larix genus can thrive in both acidic and alkaline soil.
Canker and Larch Blister can affect Larch however nearly all Larch trees that I have seen are in good health. Many plant diseases are oppertunistic, meaning they affect trees growing in unfavorable conditions whos defense mechanisms are already supressed.
Larches should be planted in April just before leafing out. Larches do not like root disturbance and are best planted on their final location while small and not moved again. Mulch on top of the roots is preferrable as lawns will slow growth.
Young trees should be pruned to a single leader and gradually limbed up.
They can be propagated from seed in spring which will germinate in about 6 weeks.

Larix chinensis ( Chinese Larch )
A small tree native only to severe high elevations ( 2600 to 3500 meters ) on the Qinlang Mountains in Shaanxi Province, China. Largest on record - 50 feet with a trunk diameter of 2 feet.

Larix dahurica
Some records include: fastest recorded growth rate - 20 years - ; largest on record - 150 feet with a trunk diameter of 4 feet; longest lived - 550 years.

Larix decidua ( European Larch )
A fast growing, large tree native to Europe forming extensive high altitude forests from the Alps to the Caucasus Mountains. It has also been introduced to other parts of northern Europe where it is now wild.
Some records include: fastest recorded growth rate - 6 feet; first year - 1.5 feet; 2nd year - 4.5 feet; 5 years - 17 feet; 10 years - 43 x 30 feet; 18 years - 60 feet; largest on record - 220 x 50 feet with a trunk diameter of 9 feet; largest in Iowa - 130 x 50 feet in Dubuque; largest in Vermont - trunk diameter of 5 feet; longest lived - 1000 years. Large trees grow at Longwood Gardens near Philly. The European Larch can grow as fast as 4 inches per week until October. Young trees are conical but older trees have a crown of wide spreading horizontal branches with erect branches higher up in the crown.
The soft needle-like foliage, up to 2.5 inches in length is bright green turning to orange late in autumn.
The upright, brown, oval cones are up to 1.5 inches in length.
The bark on young trees is smooth and gray later becoming red-brown, coarsely ridged and fissured. The European Larch is valued for its timber.
Hardy zones 2 to 8 tolerating as low as -60 F. Unfortunately prone to canker and may be prone to damage from frost that occur late in spring. Tolerant of poor and limey soils.


* photo taken on annual Horticultural Society of Maryland Garden Tour





* photo taken on August 3 2010 @ University of Guelph Arboretum, Ontario



* photo of unknown internet source

* photos taken on July 31 2011 in Hyde Park, NY






Pendula
A graceful, fast growing, dense, mop-head tree with very pendulous cascading branchlets. Some records include: fastest recorded growth rate - 6 feet; 10 years - 12 x 4; largest on record - 15 x 10 feet. It needs to be staked when young for height. If not staked when young it will grow as more of a trailing groundcover.
The foliage is mid-green.

Larix x eurolepis ( Dunkeld Larch )
A very large, very rapid growing tree reaching over 100 feet that is the hybrid between Larix decidua & L. kaempferi.
Some records include: fastest recorded growth rate - 7 feet; first year - 2 feet; 5 years - 20 feet; 6 years - 27 feet with a trunk diameter of 5 inches; 10 years - 43 x 30 feet; 20 years - 65 feet; 60 years - 135 feet with a trunk diameter of 4 feet; largest on record - 220 x 70 feet with a trunk diameter of 7 feet
The soft needle-like foliage, up to 3 inches in length is medium green turning to orange in autumn.
The upright, brown, conical cones are up to an inch in length.
The shoots are yellowish and the scaly bark is red-brown.
Hardy zones 2 to 7. Resistant to canker which was ravaged the European Larch in Scotland where this hybrid originated. Many of these trees are in second, third or more generation or backcrossed with one of the parents and are therefore not purebred.

Varied Direction
Vigorous growing, dense and weeping, it is similar in habit to Weeping Atlas Cedar. Some records include: 10 years - 10 x 10 feet; largest on record - 15 x 30 feet with a trunk diameter of 1 foot.
The extra long leaves are luxuriant bright green.

* photo taken on August 2 2010 in Bayfield, Ontario


* photo taken on August 3 2010 @ University of Guelph Arboretum, Ontario


* photo taken on October 14 2010 in Crownsville, MD

* photos taken on Aug 2 2012 in Bayfield, Ontario

Larix gmelinii ( Dahurian Larch )
Also called Larix kamtschatica A fast growing, rather open, narrow conical large tree reaching 100 feet that forms extensive forests along with Larix sibirica east of the River Yenisei in Siberia, Korea, Mongolia and neighboring northern China. It grows in both mountain ranges and swamps north to subarctic plains.
Some records include: fastest recorded growth rate - 3 feet; largest on record - 180 feet with a trunk diameter of 5 feet; largest in England - 120 feet with a trunk diameter of 3 feet. It is known to live as long as 544 years.
The growing season is from May until October.
The soft needle-like foliage, up to 3 inches in length is glossy bright green turning to yellow late in autumn.
The upright, oval cones are purple ripening glossy brown.
The bark is gray, scaly and fissured.
Hardy zones 0 to 6 ( tolerating -80 F and even colder ); it makes a good candidate for shade and shelter in the northern Great Plains. Tolerant of swampy sites, frost and pollution.

* photos of unknown internet source



subsp olgensis
hairy light brown twigs on this regional variant native to the Olga Bay area in eastern Siberia.

Princeps
A very large, very vigorous tree with verdant brilliant green needle-like leaves up to 4 inches in length.
Very drought and wind tolerant.

Larix griffithi ( Sikkim Larch )
A very long lived tree native to the high mountains of the eastern Himalayas up to 60 feet or rarely more. The narrow conical crown has main branches that are horizontal to upswept and branchlets that are pendulous.
Some records include: fastest recorded growth rate - 2 feet; largest on record - 135 x 30 feet with a trunk diameter of 3 feet.
The soft needles, up to 2.2 inches, are light blue-green in summer turning to bright yellow or orange in autumn.
The upright, ovoid cones are up to 3 to as much as 6 inches in length.
The cones of the Sikkim Larch are the largest of any Larch. The cones are reddish while developing, ripening to brown.
The shoots are light yellow-brown.
The bark is deeply fissured and dark brown.
Hardy north to zone 5 in continental climates such as eastern North America, however only hardy to zone 7 in England where late spring frosts damage the foliage. Prefers full sun and tolerant of drought, clay and temporary flooding.

Larix kaempferi ( Japanese Larch )
A fast growing, large, dense, broadly-conical tree reaching 100 feet that is native to mountains of central Japan. Some records include: fastest recorded growth rate - 6 feet; first year - 2 feet; 5 years - 20 feet; 10 years - 43 x 30 feet; 20 years - 60 feet; 60 years - 120 feet; largest on record - 170 x 40 feet with a trunk diameter of 8 feet. Large trees grow at Longwood Gardens near Philly.
The growing season is from May until October.
The soft needle-like foliage, up to 2 inches in length is dark green turning to orange in autumn.
The upright, brown, oval cones are up to 1.3 inches in length.
The twigs on Japanese Larch are reddish where most other species are straw colored.
The scaly bark is orange-red.
Hardy zones 2 to 8; it is tolerant of heat, flooding, windy sites and poor and acidic soil. Canker resistant and more pollution tolerant than Larix decidua.


* photo taken on August 3 2010 @ University of Guelph Arboretum, Ontario


Blue Haze
a handsome tree with gray-blue foliage

Diane
Very fast growing and upright pyramidal in habit with contorted branches.
Some records include: 10 years - 20 x 8 feet; largest on record - 43 feet with almost a foot diameter trunk.
The foliage turns intense golden-yellow during autumn.

Jacobsens Pyramid
A very fast growing, very columnar narrow tree. Some records include: 20 years - 20 x 8 feet. The blue-green foliage turns intense orange-yellow during autumn.

Pendula
A very elegant miniature tree with weeping branches, reaches up to 15 x 10 feet.

Stiff Weeping
A dwarf form with very pendulous branches and lush medium green foliage.



Larix laricina ( Tamarack Larch )
Also called American Larch. A large conifer reaching around 70 feet that is native to Canada and the northeast U.S. from central Alaska to Labrador; south to Alberta to Minnesota to Ohio & Pennsylvania. It is typically found in swamps and peat bogs in the wild. Some records include: first year - 9 inches; fastest recorded growth rate - 6 feet with a trunk diameter increase of 0.5 inches; 3 years - 2.5 feet; 9 years - 18 feet; largest on record - 200 x 40 feet with a trunk diameter of 4 feet.
In Canada an outstanding tree grows at the Cataraqui Cemetary in Kingston, Ontario and some of the largest in the U.S. include trees in Coventry, CT & Phoenix, MD
The soft needle-like foliage, up to 2 inches in length is blue-green turning to golden-yellow late in autumn.
The upright, brown, oval cones are up to 0.5 or rarely an inch in length.
The thin scaly bark is indian red to red-brown in color.
The wood weighs around 38 pounds per square foot.
Hardy zones 1 to 6 tolerating temperatures anywhere from -85 F to 110 F. The shallow wide roots are tolerant of flooding and even marshy soil. It is prone to Larch Sawfly which has potential to be deadly.


* photo taken on August 4 2010 @ Birnam Woods Arboretum, Stratford, Ontario


* photo taken on August 5 2010 in Clinton, Ontario

* photo of unknown internet source

* photos taken on Sep 15 2013 in Howard Co., MD

* photo taken by P. Freeman Heim @ USDA-NRCS PLANTS Database


Larix lyallii ( Alpine Larch )
A medium size tree native to subalpine areas in western North America where it is often buried in deep snows during the winter. In the wild it is found in mountainous parts of southern British Columbia & Alberta as well as Washington State, Idaho and Montana.
Some records include: fastest recorded growth rate - feet; 12 years - 30 feet with a trunk diameter of 6 inches ( in England where it grows faster than its native range ); 20 years - 15 feet ( average ); largest on record - 200 x 40 feet with a trunk diameter of 6.7 feet; largest in Washington State - 110 x 40 feet with a turnk diameter of 6.3 feet; longest lived - 800 years.
The often crooked and weeping branches create an irregular crown.
The soft tipped, 4-angled needles, up to 2 inches in length are bright green turning gray-green in summer then to orange in autumn.
The brown, upright oval cones are up to 2 inches in length.
The orange-brown twigs are often white cottony densely felted when young.
The thin bark is scaly and furrowed.
Hardy zones 2 to 6 ( zone 8 in England ) tolerating as low as -60 F
Often found on pure stands on poor rocky soil at high elevations near the tree line in its natural range.

* photo taken by F.W. Cleator @ USDA-NRCS PLANTS Database


Larix mastersiana ( Chinese Larch )
Possibly a subspecies of Larix griffithii. A vigorous, large tree with pendulous branchlets that is native to mountains of Sichuan Province in central China where it is endangered.
Some records include: fastest recorded growth rate - 7 feet; largest on record - 82 feet with a trunk diameter of 3 feet.
The soft needles are up to 1.4 inches in length.
The brown, upright oval cones are up to 2 inches in length.
The bark is dark brown and fissured.
Hardy north to zone 6. Prefers cool moist climates.

Larix occidentalis ( Western Larch )
A spectacular, very large, straight trunked, open, narrow conical crowned tree reaching up to 190 feet that is native to the western U.S. from central B.C. to the Alberta Rockies, south to Oregon and northern Utah. It is often found in pure stands in the wild. Some records include: fastest recorded growth rate - 6 feet; 4 years - 10 + feet; 20 years - 55 feet; largest on record - 300 x 35 feet with a trunk diameter of 11 feet ( though trees over 200 feet are now extremely rare due to logging ); longest lived - 920 years. In the Great Plains and Midwest it still thrives but grows more slowly: growth rate - 3 feet ( Fargo, ND ); 5 years - 10 x 5 feet ( Ames, Iowa ); 10 years - 30 x 15 feet in Madison, WI; largest in Ohio - 67 x 20 feet in Wooster.
The Western Larch, the tallest of the Larches, is strong branched and has a deep wide root system often stemming down from a swollen base.
A very valuable timber tree in its native range.
The light spine tipped needles, up to 2 inches in length are bright green to blue-green. The foliage appears early in spring and remains clean until turning golden yellow to orange in autumn.
The purple ripening to purple-brown, upright oval cones are up to 1.5 inches in length.
The orange-brown twigs are often hairy at first.
The thick, red-brown to purple -gray bark has flat, cinnammon plates with deep wide furrows between.
Hardy zones 3 to 8 tolerating as low as -58 F
Typically found on moist mountain slopes in the wild, it is drought tolerant in cultivation or at least more drought tolerant than Larix laricina.

* photo of unknown internet source

* photo taken by Ray M. Filloon @ USDA-NRCS PLANTS Database
* photos taken by K.D. Swan @ USDA-NRCS PLANTS Database


Larix potanini ( Chinese Larch )
A handsome large tree with drooping branches that is native to mountainous areas of Sichuan and southern Gansu Province in China. It is among the most important coniferous trees in western China. It is very rare and often grows poorly elsewhere.
Some records include: fastest recorded growth rate - 5 feet; largest on record - 170 feet with a trunk diameter of 4 feet
The 4-angled aromatic needles, up to 1.5 inches in length are blue-gray turning orange in autumn.
The shoots are purplish or orange-brown.
The bark is gray-brown, rough and fissured.
Hardy zones 5 to 9 tolerating as low as -26 F

Larix siberica ( Siberian Larch )
Also called Larix russica. It is a large, extremely hardy tree reaching around 100 feet, that is native to northeast Russia and western Siberia.
Some records include: fastest recorded growth rate - 5 feet; 7 years - 13 x 6.5 feet ( average ); 20 years - 50 feet; largest on record - 170 x 30 feet with a trunk diameter of 12 feet; largest in North Dakota - 60 x 25 feet; longest lived - 750 years. The branches do not accumulate and break from heavy snowfalls due to them sweeping down and rising at the tips. It is the tallest tree in St. Petersburg, Russia and is an excellent lumber tree in its native range.
The very narrow leaves up to 3 inches in length are bright green turning to golden-yellow in autumn.
The abundant scaly brown, upright oval cones are small.
The red-brown bark is attractive, deeply furrowed and gnarled on older trees.
Hardy zones 0 to 5, hates heat but more drought tolerant than most Larches.
An excellent landscape tree for Alberta, Saskatchewan and Manitoba on the Canadian Prairies.

* USDA-NRCS PLANTS Database / Herman, D.E., et al. 1996. North Dakota tree handbook


Lindquist
Faster growing than regular Larix sibirica, reaching up to 12.5 x 6.5 feet in 5 years in Alberta with a dense, broad pyramidal habit.
With excellent yellow fall color, this is an excellent deciduous conifer for the northern Great Plains and the Canadian Shield. Very drought tolerant ( most other Larch are not ) and moderate saline tolerant, it is a great tree for use as shelterbelts on the Alberta, Sask. and Manitoba prairies. This tree is long lived and its deep roots do not interfere with nearby crops.

Pseudolarix amabilis ( Golden Larch )
A large wide pyramidal to eventually rounded tree native to eastern China that can reach 80 feet or more. It is endangered in the wild. It once had a much wider range before the last Ice Age that included east and western Siberia, central Asia, Europe, Japan and western United States.
Some records include: fastest recorded growth rate - 6 feet; 5 years - 14 x 5 feet; largest on record - 170 x 80 feet with a trunk diameter of 10 feet. 18 inch seedlings planted in March 1995 in Huntsville, AB reaches as large as 10 feet with a trunk diameter of 2 inches in July 1997. In climates with hot humid summers, the Golden Larch is very fast growing, in climates with cool summers such as England it grows slowly.
Trees as large as 100 feet or more already exist in New York, New Jersey and Connecticutt. The largest in Pennsylvania grows at Longwood Gardens.
The needle-like leaves are borne singly on vigorous shoots and in dense whorls on older shoots. The soft tipped flexible needles, up to 3 inches in length are bright green turning yellow to orange in autumn before finally deepening to reddish brown and finally falling with the first hard frost.
The brown, upright oval cones are up to 2 inches in length. The cones break up before falling.
The red-brown bark becomes deeply fissured cracking into small square plates with age.
Hardy zones 4 to 9 ( possible 3 if sheltered ) in full sun to partial shade on moist soil. Its limit of hardiness is still not quite known, lab testing shows that it is tissue hardy to almost -50 F but young trees have been killed to the snowline in northern Maine ( fully hardy in coastal Maine ). It does require hot humid summers for rapid growth and to harden the wood. Trees in New England and western Europe are much slower growing and may only reach about 20 feet in 20 years.
It prefers light, deep, cool, acidic, well drained soil however not necessarily fussy either.
It is very heat tolerant and not prone to pests or disease. It does however hate salt.
Young trees should be pruned to a single leader.


* photos taken on July 17 2010 @ Morris Arboretum, Philly, PA







* photo taken on July 31 2011 in Hyde Park, NY

* photos taken on Aug 25 2011 @ Scott Arboretum, Swarthmore, PA

* photo taken on Aug 17 2012 in Baltimore Co., MD