“I can think, I can wait, I can fast”-Siddhartha, Herman Hesse
Hans Albert Quistorff, LMT projects on permies Hans Massage Qberry Farm magnet therapy gmail hquistorff
How Permies works: https://permies.com/wiki/34193/permies-works-links-threads
My projects on Skye: The tree field, Growing and landracing, perennial polycultures, "Don't dream it - be it! "
Wetlands are:
areas where soils are water-saturated for a sufficient length of time
such that excess water and resulting low soil oxygen levels are princi-
pal determinants of vegetation and soil development. Wetlands will
have a relative abundance of hydrophytes in the vegetation commu-
nity and/or soils featuring “hydric” characters.
This wetland definition encompasses a wide range of ecosystems, from
semi-terrestrial fens, bogs, and swamps to semi-aquatic marshes and
shallow open water. Wetlands include a broad range of ecosystem types,
from those permanently flooded by shallow water and dominated by
aquatic organisms to forested sites with merely wet soils.
The water-saturated environment of wetlands supports a unique group
of plants called hydrophytes. These plants are adapted to grow in water-
logged soils. Excessive water and the low rate at which oxygen diffuses
under these conditions leads to a complex of critical conditions that re-
quire specialized adaptations (Daubenmire 1959). Adaptations, such as
leathery leaves (to reduce nutrient requirements and combat physiologi-
cal drought) or specialized internal air compartments (to transport
oxygen to the roots) are required for wetland plants. Obligate hy-
drophytes (such as great bulrush) are restricted to wetlands and
semi-aquatic sites. Facultative hydrophytes (such as Labrador tea and
many other members of the Heather family) occur commonly in wet-
lands but also appear on some upland sites.
Wetland soils are subhydric or hydric and have one or more of the fol-
lowing features that reflect anaerobic soil conditions:
1. Peaty organic horizons greater than 40 cm thick.
2. Non-sandy soils with blue-grey gleying within 30 cm of the surface.
3. Sandy soils with prominent mottles within 30 cm of the surface or
blue-grey matrix.
4. Hydrogen sulphide (rotten egg smell) in upper 30 cm.
From an ecological perspective, either an abundance of hydrophytes or
hydric soil conditions is generally sufficient to indicate a wetland ecosys-
tem. The boundary of the wetland is identified by changes in vegetation
structure, loss of hydrophytes, and absence of wetland soil characteris-
tics.
“I can think, I can wait, I can fast”-Siddhartha, Herman Hesse
Kevin David wrote:So I’m curious, what’s it is like to own wetlands? What are the upsides and downsides?
The property I’m interested in is a forest, next to state forestland. Northern Michigan. I’m wondering what questions I should ask. I’m pretty damn open about permaculture projects, I’m not hung up on growing any particular plants or using any particular methods. I’m very ‘go with the flow’ that way. I would like to have animals though. Once again, not too picky about which animals though. My main concern is building permits, septic drain field, the well, that stuff.
Invasive plants are Earth's way of insisting we notice her medicines. Stephen Herrod Buhner
Everyone learns what works by learning what doesn't work. Stephen Herrod Buhner
"Also, just as you want men to do to you, do the same way to them" (Luke 6:31)
Combing the world for an appropriate signature.
Gravity is a harsh mistress. But this tiny ad is pretty easy to deal with:
permaculture bootcamp - gardening gardeners; grow the food you eat and build your own home
https://permies.com/wiki/bootcamp
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