Climatological Aesthetic Benefits
Climatologically, greening will absorb carbon dioxide (CO2) and will also produce oxygen (O2) through photosynthesis carried out by plants. This process will improve air quality while preventing the effects of global warming.
Benefits edaphically
In edaphis, the trees planted will become a place to live, a place to live, a place to breed and also find food for various species of animals.
Aesthetic benefits
Aesthetically (beauty) is greening will be able to beautify an area or place.
Benefits protectively
Protectively this greening will be able to provide protection both directly and indirectly to humans.
Directly is to protect from the sun, strong winds, dust repellent, and also silencers. and Indirectly, will protect against floods and drought (related to hydrological benefits).
Hygienic benefits
Hygienic is this greening will be an air filter where the trees will be able to absorb carbon dioxide and also release oxygen.
These trees will also have the ability to be able to absorb various types of poisons in the air. In addition to the roots of the trees will be able to absorb and also filter water in the soil so that it becomes suitable for consumption.
Educative benefits
Educatively is the tree from the reforestation will be able to become a natural laboratory that can be used as a medium of learning and research.
Benefits creatively
In a creative way, is an area that has been carried out the greening process will have aesthetically attractive appeal that can be used as a place of recreation and entertainment.
Economic benefits
Economically, reforestation trees will have high economic value. Whether it's in plants flowers, fruit, stems, roots, and also various other tree parts.
How to Reforestation
The following are some steps in realizing reforestation efforts:
Preparation, including determining the reforestation target location, preparing the implementing organization, preparing activity timelines and division of work, clearing reforestation areas from conflict so that planting can run smoothly through the socialization of planting plans, preparing materials and measurement tools (GPS / theodolite measuring devices, compasses, altimeters etc.) and determine cropping patterns.
Make holes for plants according to cropping patterns and prepare basic fertilizers.
Plant seeds must be in a healthy condition and meet the standards and first planted in a temporary container. Plants that can be used for reforestation include the following.
Teak (Tectona grandis)
Jelutung (Dyera costulata)
Jabon (Anthocepalus cadamba)
Sungkai (Peronema cannescens)
Meranti (Shore sp)
Candlenut (Aleurites molucua)
Tusam / Pinus (Pinus merkusii)
Balsa (Ochroma sp)
Plant seeds are released from temporary storage and then transferred to holes that have been made and fertilized.
Carry out intensive plant maintenance to clean plant areas from flammable materials.
Carry out periodic monitoring to detect fire hazards early so that appropriate action can be taken.
Increasing community participation in forest protection through, among others, information and extension activities.