Hi, my name is Nebovesi and I'm a student at the University of Western Cape studying environmental studies and sustainable development. The research project that I'm compiling right now is conservation planning and possible protected areas and protected areas that will be and can be protected in the future. This video will be giving you information on conservation areas in Mexico and newly protected areas in Mexico. I have chosen 16 species. Mexico has 170,000 square kilometers of protected natural areas. These include 34 biosphere reserved 67 national parks, 4 natural monuments, 26 areas of protected flora and faurona, 4 areas of natural resource protection, and 17 centuries. Mexico is one of the 18 diverse countries of the world. With over 200,000 different species, Mexico is home of 10 to 12% of the world's biodiversity. Mexico ranks first in biodiversity in reptiles with 7 known species, 2nd in mammals, and 438 species, 4th in amphibians, with 290 species, and 4th in flora with 260,000 species. Basically, what I did was download my national landbottles from Diva GIS and add them to org view. The planning unit uses hexagons to calculate possible turnovers in the country's land space. The current protected areas are those shaded in color. Most of the world compiled here ran through various processes. For example, if you had a file that was either a shape file that you had to convert into a vector and from a vector to convert into a rest, this meant that I had to delete some of my land use bases and add them and put them all into one category as most of them were similar, bearing their nature. For example, all trees and grasslands, anything that dealt with grass and it's habitat within an environment as an ecosystem, the Purins 1 category, things such as agriculture, roads, artificial services were allocated in the legend as being number 3, protected areas were 2 on the legend, one was everything. After I had created and overlaid both maps to produce, the map before you I then brought up the habitat and habitat diversity model, these were the results that I found. Two maps are produced, one being better summed up than the other. I used the best solution map in both criteria. The first map indicates that it's also a number of unprotected areas under current parameters is 15. Only the central Mexican broad is under protected areas where its population status are unknown. I then adjusted my marks and biodiversity and habitat planning to find out whether there can be any changes in the protection on other species distributed throughout the country. The results concluded that the central Mexican broad and the central Mexican broad needs general requirements, bearing in mind all other features. I found that the hexagon planning unit is better from a planning perspective, however it does have its good footfalls, such as the amount of area allocated in real life measurements. For example, if we're using pixels, pixels will be able to give us exact location, bearing our screen. So this is very, very critical for planners, designers, conversation people like us for studying this module. Most of these species are under decline and soon will reach extinction. Conservation is possible. It needs only to be implemented. Species can be allocated onto their own spaces. Most other species are located near urban location and some are living alongside humans. This is a new mechanism as species are adapted onto these living conditions. They will not change and they will not move unless otherwise humans intervene into their habitat and try and minimize the impacts that humans are having on to ecological systems biodiversity and our loving nature. You