Cement grid hole one-tree one-hole method for changing desert into forest

Abstract

The invention relates to a desert-to-forest cement grid hole one-tree one-hole method. The method is characterized in that a'desert global bulldozing type 'cement flat ground or a'desert ladder bulldozing type' cement flat ground (the'desert ladder bulldozing type 'cement flat ground is similar to a terraced field) is constructed in the global or partial area of the super large desert (such as the Taxlamay desert), a plurality of'cement grid holes' are formed in the cement flat ground, and each tree occupies one hole; all the cement holes are solidified into cement plate connected holes (instead of isolated holes of a bean curd plate) by means of a reinforced concrete pouring method; the cement plate blocks can protect underground root systems of thousands of old trees like a mountain so as to stand still (the situation that the old trees cannot stand when the old trees are too tall); a cement bank is arranged on the outermost periphery of the cement flat ground so as to realize a shallow-bottom cement pond (super sightseeing forest park) in which fishes are welcomed under green shade trees and hang; alternatively, when people walk on the wet land, the foot sole does not collapse (a super insurance type forest park), and even if a pit or collapse exists underground, cement on the ground is still firm and flat (so that the flood control level is improved to one hundred years or thousands of years).

Description

Technical Field

[0001] The present invention relates to a method for transforming deserts into forests, using a one-tree-per-grid cement grid. The method is characterized by constructing a "full-desert bulldozing" cement flatland or a "desert terrace bulldozing" cement flatland (the latter similar to terraced fields) in the entire or partial area of ​​a super-large desert (such as the Taklamakan Desert). The cement flatland is provided with numerous "cement grid holes," with one tree occupying one hole. Through reinforced concrete pouring, all the cement holes solidify into connected cement slabs (rather than isolated "tofu slabs"). The cement slabs protect the underground roots of the thousand-year-old trees like mountains, ensuring their stability (preventing the trees from becoming too tall and unable to support them). Cement embankments are provided at the outermost perimeter of the cement flatland, enabling the creation of "fish frolicking beneath the shade of green trees, swimming in shallow cement pools" (a super-sightseeing forest park). Alternatively, frequent wetland walks without sinkholes (a super-safety forest park). Even if there are hidden pits or subsidence underground, the cement on the ground remains solid and flat (thus increasing the flood control level to once-in-a-hundred-year or once-in-a-thousand-year events). Background Art

[0002] The world's tallest trees (redwoods in the American Redwood Park) each stand 116 meters tall, each with a well-developed root system that absorbs as much water as two standard swimming pools per day. Since water determines everything, why not transform the desert into a shallow pond, where rainwater accumulates, plant redwood trees in the pond holes, and use the pond water to feed the roots? Therefore, the present invention creates a fake shallow fish pond, but actually stores water and leaks it to water the trees.

[0003] The reason why the giant American redwood trees weighing two thousand tons can stand tall is definitely not because the soft desert can support them. Why not spread thick cement slabs flat on the desert to make the desert hidden under the steel and cement no longer soft or loose, so that the giant trees can also stand tall.

[0004] The utility of towering redwood trees is by no means limited to high-end redwood furniture. They also have potential or widespread dual-use applications, such as in Fuxing train carriages, new-generation RV carriages, aircraft carrier hulls, spacecraft hulls, and sixth-generation aircraft fuselages. Only by transforming the desert can we produce more artificial redwood. Of course, the purpose of this invention is not limited to redwood alone, but also encompasses a wider range of traditional economic and non-economic forests, even panda bamboo forests.

[0005] Traditional forest parks have steep slopes and dangerous roads. The idea of ​​"unlimited scenery on dangerous peaks" cannot be without a bottom line and cannot be at the cost of tourists' lives. Therefore, this invention proposes for the first time to flatten the desert and allow safe sightseeing in the forest park. Its unique boundless, deep and mysterious scenery, fish swimming in the shallows, golden monkeys, pandas in the bamboo forest, and the fairyland of walking can also make tourists excited, full of charm, and reluctant to leave. Summary of the Invention

[0006] This invention relates to a desert-to-forest transformation method using cement grids, one tree per hole (an artificial forest park desert transformation method). The overall technical solution involves constructing a "full-desert bulldozer" cement flatland or a "desert terrace bulldozer" cement flatland (the latter similar to terraced fields) in all or part of a super-large desert (such as the Taklamakan Desert). The cement flatland is provided with numerous square holes, or "cement grid holes," arranged vertically and horizontally, evenly spaced, large or small, allowing soil, sand, and water to leak out. Each grid hole is planted with large, medium, and small towering trees, each occupying one hole. Adjacent cement grid holes are joined together using traditional reinforced concrete pouring methods to form unbreakable, connected cement slabs (rather than isolated, temporary "tofu slabs" formed by splicing cement bricks together, which are prone to collapse and settlement). Cement embankments are located at the outermost perimeter of the cement flatland. Scenic walkways, gridded scenic paths, or access roads for logging and fishing operations are also provided on the cement flatland.

[0007] In the solution, the cement grid holes can also be expressed as "grid cement holes", which have the same meaning.

[0008] In the solution, the cement grid holes can also be changed into circular holes or holes of other shapes.

[0009] In the plan, the extremely thick cement slabs protect the developed underground root system of the thousand-year-old tree like a mountain, so that it can stand firm (to prevent the tree from being too tall and unable to be supported).

[0010] In the scheme, the exposed soil, sand and water leakage means that the area occupied by each of the towering trees is not exactly equal to the area occupied by the cement square holes. The former is generally slightly smaller than or much smaller than the latter, so it is bound to be exposed soil, sand and water leakage. What's more, the square holes will inevitably leak water for round trees.

[0011] In the plan, the cement embankment can be high or low. The higher it is, the more it looks like a cement fish pond, and the lower it is, the more it looks like a park wetland. It is generally recommended to keep the water depth no deeper than the knees, so as to achieve "fish happy under the green trees, fish swimming in the shallow cement pool" (super sightseeing forest park); or when the water in the pond recedes (such as when it is drained), you can often walk in the wetland without any collapse under your feet, and your shoes will never get wet (super safe forest park). Even if there are hidden pits or collapses underground, the cement on the ground will still be solid and flat (thereby raising the flood control level to once in a hundred years or once in a thousand years).

[0012] In the solution, although the cement flat ground has holes, it is generally level and basically has no undulations (although there are undulations in the cement embankment and the places where soil, sand and water are exposed, they can be ignored or leveled).

[0013] In the scheme, the cement fish pond water and underground root system water mainly come from rainwater, tap water or reservoir canal water.

[0014] In this proposal, the one-tree-per-hole rule is relative, not absolute. For example, some holes are just spare holes (not planted with trees), while some large holes can be planted with more than one tree. For another example, the spare holes can at least allow water to seep into the underground root system, or prevent trees from being planted too closely together.

[0015] In the proposal, the trees (i.e. large, medium and small trees) generally refer to towering trees, but there is no objection to including common tree species such as dwarf trees or bamboo forests, or planting a circle of small trees around a large tree and allowing these large and small trees to reside in a huge cement grid.

[0016] In the plan, if the "full-area desert flattening" cement land is difficult to achieve, we can choose the relatively easy-to-achieve "desert terrace flattening" cement land as a second best option, and in the terraced cement land similar to the terraced field, the area of ​​each layer of land may be greatly reduced (for example, the size of only a county town or a county).

[0017] In the plan, the cement grid hole is one of the core technologies of the present invention. When the super forest park is built and maintained daily, this hole should be protected like protecting the eyes. For example, through this hole, pay attention to hidden pits and collapses and fill them up at any time.

[0018] In the plan, the once-in-a-hundred-year or once-in-a-thousand-year flood risk is only relative and not absolute, that is, it is only more resistant to floods than the existing virgin forests. DETAILED DESCRIPTION

[0019] The present invention relates to a desert-to-forest transformation method using cement grids, one tree per hole (an artificial forest park desert transformation method). Specifically, a "full-desert bulldozer" cement flatland or a "desert terrace bulldozer" cement flatland (the latter similar to terraced fields) is constructed over the entire or partial area of ​​a super-large desert (such as the Taklamakan Desert). The cement flatland is provided with numerous square holes, or "cement grid holes," arranged vertically and horizontally, with even spacing of varying sizes, allowing soil, sand, and water to leak out. Each grid hole is planted with towering trees of varying sizes, with one tree occupying one hole. Adjacent cement grid holes are joined together using traditional reinforced concrete pouring methods to form unbreakable, connected cement slabs (rather than isolated, temporary "tofu slabs" formed by splicing cement bricks together, which are prone to collapse and settlement). Cement embankments are located at the outermost perimeter of the cement flatland. Scenic walkways, gridded scenic paths, or access roads for logging and fishing operations are also provided on the cement flatland.

Claims

1. A desert-to-forest cement grid hole one tree one hole method, characterized in that A "full desert bulldozing" cement flatland or a "terrace desert bulldozing" cement flatland is constructed over the entire desert or part of a portion of the desert. The cement flatland is provided with numerous cement grid holes, with one tree occupying one hole. Any adjacent cement grid holes are connected to each other by conventional reinforced concrete pouring methods to form an unbreakable cement slab connected hole; a cement embankment is provided at the outermost edge of the cement flatland.

2. The desert-to-forest cement grid hole one-tree-one-hole method according to claim 1, characterized in that The cement grid holes can also be changed into circular holes or holes of other shapes.

3. The desert-to-forest cement grid hole one-tree-one-hole method according to claim 1, characterized in that The cement grid holes are square reinforced cement floor holes, and the holes can expose soil, sand and leak water (leaking to the bottom of the cement flat ground and the roots of the towering trees). There are many holes on the cement flat ground, arranged vertically and horizontally, large or small, and evenly spaced.

4. The desert-to-forest cement grid hole one-tree-one-hole method according to claim 1, characterized in that The cement flat ground is provided with a sightseeing footpath or a grid sightseeing path or an access road for logging and fishing operations.

5. The desert-to-forest cement grid hole one-tree-one-hole method according to claim 1, characterized in that The one-tree-one-hole principle (one tree occupies one hole) is only relative and not absolute. For example, some holes are just spare holes where no trees are planted, and some large holes can be planted with more than one tree.

6. The desert-to-forest cement grid hole one-tree-one-hole method according to claim 1, characterized in that The square holes of the cement grid must leak for round trees.

7. The desert-to-forest cement grid hole one-tree-one-hole method according to claim 1, characterized in that The trees (i.e. large, medium and small trees) generally refer to towering trees, but there is no objection to including common tree species such as dwarf trees or bamboo forests, or planting a circle of small trees around a large tree and allowing these large and small trees to reside in a huge cement grid hole.

8. The desert-to-forest cement grid hole one-tree-one-hole method according to claim 1, characterized in that The cement grid hole is one of the core technologies of the present invention. When the Super Forest Park is built and maintained daily, the hole should be protected like protecting the eyes. For example, the hole should be used to pay attention to hidden pits and collapses and fill them up at any time.

9. The desert-to-forest cement grid hole one-tree-one-hole method according to claim 1, characterized in that The present invention can improve the flood control level to once in a hundred years or once in a thousand years.