Afforesting as a Way to Eliminate Haze and to Fertilize Plants| Stephy Publishers

 


Global Scientific Research in Environmental Science - (GSRES) | Stephy Publishers


Abstract

Haze problem causes serious health risk and troubles to the human being. Traditional manners such as reducing vehicle uses and biomass burning etc. don’t workwell as was expected. More effective ways to address haze problem are urgently in need. From literatures, haze contains many vital elements plants growth, such as nitrogen, phosphorus and sulfur, such thatabsorbing them as the fertilizers for forests or other ecological systems would be a more effective way to tackle the haze problem. In fact, the components in haze are suitable for fertilizing plants because they come from burningoil and coals which are dead plants and animals long time ago. Sincesoils with water in them are feasible to dissolve the ions in haze, combined with ecological functions of forests such as water transparency, harmful gases absorption, forests and other ecological systems can effectively absorb the haze and turnthem into the fertilizers for plants continuously; therefore, the haze would be eliminated with infinite capacity. In summary, haze would be eaten by these ecological systems and turn them into life again. Utilizingafforesting, haze can be eliminated in an environment friendly and constructive way, they would become the nutrition in living things and circulate in the biosphere.In this way, not only haze can be absorbed, but also the plants are fertilized, more over such process is infinite.

Keywords

Haze, Soil, Dissolve, Fertilizer, Circulation, Biosphere, Afforesting

Introduction

Haze problem is a significant health risk factor in megacities today. There are different types of haze constituents in terms of the particle diameters, i.e., PM10, PM2.5 and PM1 etc. Amongst these kinds of particles, PM2.5 is relatively more stable to suspend in the air, they are hard to agglomerate due to their surface energy. PM2.5 mainly comes from anthropogenic sources, such as coal burning, vehicle emission, etc. By chemical analyzing,1 as shown in Figure 1, 77% of PM2.5 mass consists of SO42-,NO3-, and NH4+, and there is also remarkable amount of K+ in total PM2.5. Besides, the total haze also contains CO, As, other mineral particles, dust and biomass burning products etc.

 
To read #
EnvironmentalScience
https://www.stephypublishers.com/gsres/fulltext/GSRES.MS.ID.000507.php


More #Openaccessjournals
https://www.stephypublishers.com/

Comments

Popular posts from this blog

Journal of Psychological Science and Research - (JPSSR) | Stephy Publishers