Because trees are larger and heavier than other plants, they need a much
deeper soil system for their roots.
Not exact matches
These
systems, Morrison explains, enable workers to
deep - clean and sanitize without having to touch
soiled or contaminated surfaces, which results in cleaner buildings, more productive employees, happier customers and reduced costs spent on unnecessary equipment and excess chemicals.
These root
systems are a «below ground safety net» that stores carbon and nitrogen, prevents erosion and pulls up water from
deep in the
soil.
Perennials plants have much longer root
systems than annuals, allowing them to reach
deeper into the
soil, and tap more nutrients.
That shallower root
system inherently absorbs less micro-nutrients from the
soil column compared to organically raised plants that are forced to have
deeper, more extensive root
systems to obtain all of the nutrients the plant needs.
When performed properly, vibro compaction is an efficient and economical alternative to traditional
deep foundation
systems for many wind turbine sites with loose granular
soil...
The release of huge quantities of previously stored «multiyear /
deep layer» carbon deposite and equivalent greenhouse gases (CO2 / CH4 / N2O, from
soil and water) can act like a trigger to boot the earth
systems.
Our
soil is engineered to meet ASTM & FLL guidelines and maximizes stormwater retention volume, supports vigorous plant growth, and allows you to achieve greater retention volumes with
deep systems.
Consisting of four rooflite
soil products, the rooftop trees
soil system provides the full depth of required media for this special category of
deep intensive
systems.
Even a few small islands of the LiveRoof
Deep or Maxx
System interspersed among expanses of the LiveRoof Standard
System (4.25» of
soil), can enhance biodiversity and provide a unique aesthetic quality.
Two processes can disrupt this
system and cause a transition to a less dense transitional forest or to fire - adapted vegetation: (1) damage to canopy trees by fires fueled by dry understory vegetation; or (2) depletion of
deep stores of
soil moisture.
Through rooflite intensive and its associated
soil systems, which are exclusively available from rooflite, designers have more options and flexibility to consider
deep applications on green roofs.
Above: A poster from the Conservation Research Institute shows that native plants can have
deep root
systems, helping to lock carbon in
soils.
With our
deep, rooftop trees
soil system, we successfully manage water in two ways.
The pipes pointing the collected water into the ground would have to run rather
deep to ensure the water actually hits
soil and not more city infrastructure, and there would likely be maintenance involved to keep the collection
system from clogging up.
What if every intervention resulted in greater biodiversity; increased
soil health; additional outlets for beauty and personal expression; a
deeper understanding of climate, culture and place; a realignment of our food and transportation
systems; and a more profound sense of what it means to be a citizen of a planet where resources and opportunities are provided fairly and equitably?