ºÝºÝߣshows by User: aniswamta / http://www.slideshare.net/images/logo.gif ºÝºÝߣshows by User: aniswamta / Thu, 11 Jul 2013 18:14:19 GMT ºÝºÝߣShare feed for ºÝºÝߣshows by User: aniswamta Diatom /slideshow/diatom/24156656 diatom-130711181419-phpapp02
Utilization of Diatom's Ability to Fixate Carbon Dioxide as An Alternative to Inhibit Global Warming Abstract Vascular plants have stomata which enables it to absorb carbon dioxide from the atmosphere, unlike dissolved carbon dioxide. Dissolved carbon dioxide can easily be exported to the atmosphere and becomes the main trigger for global warming if there is no fixator that can keep it in waters. This experiment has the purpose to utilize diatoms as a fixator for dissolved CO2 in seawater. By counting the sum of diatoms and levels of dissolved CO2, it is known that the carbon dioxide level will decrease gradually at the beginning of breeding, decrease drastically after fertilization, and reach a constant point in the end. This is caused by the ability of diatoms to bloom. Thus, with precise fertilization, a population explosion can occur and CO2 will be absorbed drastically. At the maximum point, the sum of dissolved CO2 becomes rare. Therefore, diatoms have to be harvested periodically. The breeding of diatoms can protect it from predators and also obtain a faster population explosion than diatoms that are left to grow naturally in seas. Moreover, the content of diatoms’ cell wall (sillica) that has been harvested can be used for various sectors in the fishing industry. Keywords: diatom, CO2 fixator, blooming ]]>
Utilization of Diatom's Ability to Fixate Carbon Dioxide as An Alternative to Inhibit Global Warming Abstract Vascular plants have stomata which enables it to absorb carbon dioxide from the atmosphere, unlike dissolved carbon dioxide. Dissolved carbon dioxide can easily be exported to the atmosphere and becomes the main trigger for global warming if there is no fixator that can keep it in waters. This experiment has the purpose to utilize diatoms as a fixator for dissolved CO2 in seawater. By counting the sum of diatoms and levels of dissolved CO2, it is known that the carbon dioxide level will decrease gradually at the beginning of breeding, decrease drastically after fertilization, and reach a constant point in the end. This is caused by the ability of diatoms to bloom. Thus, with precise fertilization, a population explosion can occur and CO2 will be absorbed drastically. At the maximum point, the sum of dissolved CO2 becomes rare. Therefore, diatoms have to be harvested periodically. The breeding of diatoms can protect it from predators and also obtain a faster population explosion than diatoms that are left to grow naturally in seas. Moreover, the content of diatoms’ cell wall (sillica) that has been harvested can be used for various sectors in the fishing industry. Keywords: diatom, CO2 fixator, blooming ]]> Thu, 11 Jul 2013 18:14:19 GMT /slideshow/diatom/24156656 aniswamta@slideshare.net(aniswamta) Diatom aniswamta Utilization of Diatom's Ability to Fixate Carbon Dioxide as An Alternative to Inhibit Global Warming Abstract Vascular plants have stomata which enables it to absorb carbon dioxide from the atmosphere, unlike dissolved carbon dioxide. Dissolved carbon dioxide can easily be exported to the atmosphere and becomes the main trigger for global warming if there is no fixator that can keep it in waters. This experiment has the purpose to utilize diatoms as a fixator for dissolved CO2 in seawater. By counting the sum of diatoms and levels of dissolved CO2, it is known that the carbon dioxide level will decrease gradually at the beginning of breeding, decrease drastically after fertilization, and reach a constant point in the end. This is caused by the ability of diatoms to bloom. Thus, with precise fertilization, a population explosion can occur and CO2 will be absorbed drastically. At the maximum point, the sum of dissolved CO2 becomes rare. Therefore, diatoms have to be harvested periodically. The breeding of diatoms can protect it from predators and also obtain a faster population explosion than diatoms that are left to grow naturally in seas. Moreover, the content of diatoms’ cell wall (sillica) that has been harvested can be used for various sectors in the fishing industry. Keywords: diatom, CO2 fixator, blooming <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/diatom-130711181419-phpapp02-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Utilization of Diatom&#39;s Ability to Fixate Carbon Dioxide as An Alternative to Inhibit Global Warming Abstract Vascular plants have stomata which enables it to absorb carbon dioxide from the atmosphere, unlike dissolved carbon dioxide. Dissolved carbon dioxide can easily be exported to the atmosphere and becomes the main trigger for global warming if there is no fixator that can keep it in waters. This experiment has the purpose to utilize diatoms as a fixator for dissolved CO2 in seawater. By counting the sum of diatoms and levels of dissolved CO2, it is known that the carbon dioxide level will decrease gradually at the beginning of breeding, decrease drastically after fertilization, and reach a constant point in the end. This is caused by the ability of diatoms to bloom. Thus, with precise fertilization, a population explosion can occur and CO2 will be absorbed drastically. At the maximum point, the sum of dissolved CO2 becomes rare. Therefore, diatoms have to be harvested periodically. The breeding of diatoms can protect it from predators and also obtain a faster population explosion than diatoms that are left to grow naturally in seas. Moreover, the content of diatoms’ cell wall (sillica) that has been harvested can be used for various sectors in the fishing industry. Keywords: diatom, CO2 fixator, blooming
Diatom from Anis Wamta
]]> 1169 2 https://cdn.slidesharecdn.com/ss_thumbnails/diatom-130711181419-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 https://cdn.slidesharecdn.com/profile-photo-aniswamta-48x48.jpg?cb=1523493648 can't describe in word,. this is me,....