posted 3 years ago
Hi,
So first method mentioned works by the water seeking less pressure. so when the pot is full of water and the ground is dry the moisture moves to the soil.
other aspects of this involve cooling the ground around the pot if the pot is shaded,
Earth hydration aspects of swales are great for capturing and soaking water into the earth!
not really great for a garden bed.
other ideas include wicking beds,
Hugel mounds
which work by the xylem (wood) breaking down into a sponge of moister and nutrients,
Benefits include more space to garden, multiple design combinations,
The larges pieces in the middle to because of thermal conductivity,
Aerobic conditions because of voids created in the break down of the materials inside.
Soil wetting crystals, they work in the same concept as the pot,
however they break down and add plastic materials,
Funny point is some people put them into there gardens dry and when they expand they can cause plants to pop out of the ground!
Sedimentary rock basins,
storing water in the sedimentary rocks,
water capturing systems from the atmosphere,
Dates back to ancient times in the middle east, limited water capture of a few litres, non viable for cost,
Using green houses and terrariums, to catch the precipitation,
benefits include temperature regulation,
earth ships are some of the best versions of this, in my opinion,
Hydroponics,
aeroponics,
Self watering pots,
Mulching,
Creating climate adjustments with creating a forest that effects the hydrology of the surrounding air,
Using worm towers helps hydrate also, just make sure to put gravel at the bottom of it,
watering directly to the subsoil,
Pretty much the main thing you need to know is water has volume,
water moves with energy pulling it towards the centre of mass of the earth, (when non pressurised)
Water is pulled to the place of least pressure,
Water has weight so it applies pressure to itself!
Materials are effected by thermal conductivity which is effected by size!
In addition nutrients to plants are food, they like us like to drink water when they eat!
they get dehydrated if they do not!
Now for my variation,
Designed subsoil aquifers, that created by hidden, drains under the ground which store the water from home and from rain events,
Please do not attempt this without some level of university study of soil mechanics!
There are a lot more areas I would Like to go into from plant biology, animal methods, Persian systems and Australian variations. refraction of materials and shading.
soil structure and soil conglomeration.
Plant social behaviours,
expansion into insect usage!
Organic mater percentages and how it can mean extra days without rain!
Snow and ice effects of the soil and landscape!
But I tried to keep this brief and simple!
Feedback appreciated!