Implementing of Art-Land's resonant methods

On just few examples described above, we have explained the simple methodology to magnify an abundance of life in wide areas around a resonant objects, the contributors to global resonant irrigation system. It is interesting to notice that many resonant objects such as hills, mountains, caves, valleys, lakes, temples, castles among the others, are already swinging in overall harmony as contributing elements of the global resonant landscape network, wide spread worldwide. Allover the world it is possible to slightly accommodate, on need, an existing landscape structure elements, in order to even better match overall resonant harmony, and in doing so to magnify intensity of already existing resonant standing wave field, with an aim to establish the new springs of the freshwater at higher altitudes, or to increase capacity of already existing fresh water springs.

Depends on particularly case, the optimal method is going to be selected above numerous methods, that we have inherited from an former civilizations, along many generations. It could be of common benefits, to organize competent teams, in order to analyze existing resonant network, already integrated in global resonant landscape, with an aim to examine highly accurate plans, in order to reach the best results in both locally as well as cross regional areas, as well as globally. In doing so, all resonant buildings are going to better match into an existing global Art-Land's resonant landscape network, magnifying the results in self sustained, resonant manner, far beyond any expectation.

Some modern technical measurement methods, could be implemented in order to help discovering of some hidden resonant elements, such as underground caves, systems of tunnels, among the others, regardless if they are flooded by water, or not. Measuring an intensity of the standing wave terrestrial fields, from an air, or using satellites, could enormously enlarge precision of planing and executing the construction works on the resonant landscape structures. In this way, all necessary steps could be implemented, in order to increase an efficiency of already existing resonant network system, as well as to extend it. Although, the modern measurement instruments would increase an efficiency of works, intended to be performed on the resonant network system, necessary to examine in order to improve for resonant capabilities and overall harmony, also without them it would be possible to reach expected results, especially due to implementing an improvement in local areas, or due to accommodating some smaller resonant objects, with an aim to even better matches the resonance of global landscape network.

Carefully analyzing the capabilities of existing resonant system, is going to avoid adverse effects by influencing the resonant network, building a new, repairing or accommodating an existing objects. In the matter of fact, along very long period of time, we have built and destroyed allover the globe, and have gradually reshaped the landscape, affecting existing resonant network of essential importance, without to know a lot about its real functionality, which have produced a lot of damaging. Of this reason, there is no place for excessive caution, but rather for intelligent implementing the knowledge and technology, in order to repair, as well as to extend an existing resonant landscape network, on both local and overall benefits.