In
rich forest soils of moist valleys, dense forests, thickets, by streams and near shaded moist rocks in China.
Aucuba japonica, commonly called spotted laurel, [1] Japanese laurel, [1] Japanese aucuba [1] or gold dust plant (USA), is a shrub (1 - 5m) native to
rich forest soils of moist valleys, thickets, by streams and near shaded moist rocks in China and Japan.
Aucuba japonica, commonly called spotted laurel, [2] Japanese laurel, [2] Japanese aucuba [2] or gold dust plant (U.S.), is a shrub (1 — 5 m, 3.28 - 16.40 ft) native to
rich forest soils of moist valleys, thickets, by streams and near shaded moist rocks in China, Korea, and Japan.
Not exact matches
Given that we are
rich when the world is poor, that we cling to our nuclear arms as if world extermination were a noble risk, destroy ancient
forests, gouge the landscape, pollute the
soil, water and air, that we copulate and abort with unrestrained abandon — how then are we to interpret Jesus» words, «It is what comes out of a person that defiles,» so as to come up smelling like roses?
Humus -
rich soil in the Wetterstein
Forest near Garmisch - Partenkirchen.
Since epiphytes are cut off from the
rich pool of
forest floor nutrients, each species has to extract what it needs from the air, rainwater and scant canopy
soil, with hundreds of plants tapping into the same 1 - inch acidic layer that forms from decomposing organic material.
And a metal -
rich region of the galaxy will take longer than a metal - poor one to produce a lot of RR Lyraes — just as a
forest growing on poor
soil will take longer to produce a lot of 100 - foot trees.
Despite the often lush appearance of the terrain, the
soil in a rain
forest is typically nutrient - poor compared with, say, the
soil of the American Midwest, which is
rich enough to support most of our farming.
The chimps are basically imposing a «natural tax» on farmers growing crops near the nutrient -
rich soils of the
forest,» said Shane McGuinness, lead author on the research and PhD student in Geography at Trinity, who conducted the interview - based study with the help of the Great Apes Trust and local conservation workers.
The result:
soil erosion has been reduced in critical watersheds, thousands of acres of biodiversity -
rich indigenous
forest have been restored and protected, and hundreds of thousands of women and their families are standing up for their rights and those of their communities and so are living healthier, more productive lives.
The geography of the Hudson Valley is immensely
rich: The terrain features sandstone, red beds, granite cliffs, dense
forests and charming lakes, as well as highly fertile
soil for farming, such as in the Black Dirt Region created from an ancient glacial lake, and a
rich biodiversity of flora and fauna.
Brands seems to have good intentions with this commitment, which will require the company to buy palm oil exclusively for cooking purposes that protects all
forests and peatlands, swampy areas of carbon -
rich soil.
Although estimates vary, studies suggest that about one million hectares (2.4 million acres) of Indonesian rainforest is cleared and lost each year, with about 70 % occurring in
forests on mineral
soils and 30 % on carbon -
rich peatland
forests.
Forests growing in nutrient -
rich soils are able to absorb five times as much carbon from the atmosphere as those in nutrient - poor
soils.
Together we've already protected 3,100 acres, conserving breathtaking views from some of the valley's most popular and important historic sites — including the homes of President Franklin Delano Roosevelt and renowned painter Frederic Edwin Church — as well as unspoiled
forests, Hudson River shoreline little changed since Henry Hudson sailed past it and 1,000 acres of farmland containing some of the nation's
richest soils.
We are also cutting and burning
forests that would otherwise help remove some of the added CO2 from the atmosphere, and have converted agriculture to an industrial model that also runs on carbon - based fuels and strip - mines carbon -
rich soils.
The mangrove
forest's ability to store such large amounts of carbon can be attributed, in part, to the deep organic -
rich soils in which it thrives.