Titlebook: Asian Pacific Phycology in the 21st Century: Prospects and Challenges; Proceeding of The Se Put O. Ang Conference proceedings 2004 Kluwer A

懒惰人民

Fire Properties of Polymer Nanocomposites, to control. The number of attached cells was found to be directly proportional to the culture density. Attachment by log phase cells was significantly higher when compared to stationary phase cells. Live cells attached more when compared to heat killed and formalin killed cells. Bacterial films of

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Thermal Decomposition of Composites in Fire,ction of . and . cultured in P1 showed the highest value of 1000 g wet wt and 961 g wet wt in January 1999, respectively. Plants of both species showed fluctuation in growth and total production, depending on specific cultured conditions of each pond, algal strain used, and on the season. The result

Pandemic

Structural Properties of Composites in Fire,uary can reach lengths of more than 20 cm upon harvesting in the middle of May. In addition, seedlings produced in spring can be stored frozen and cultivated in autumn. The harvesting date will advance 15 days in comparison with the conventional seedling producing approach. This promises multiple ro

gangrene

种属关系

Occlusion

The culture of marine ecologyion pushed marine ecology to ask questions about food and ceremonial biota, and our fears today about loss of biota are pushing for answers to questions about the means of preserving biodiversity. The limitations of many marine ecological studies have been pointed out by different individuals. Their

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muffler

Flatter

A short-term response of macroalgae to potential competitor removal in a mid-intertidal habitat in Kd to . since the abundance of this alga remained low. This study supports that both negative and positive effects between same pair of species could be common depending on the morphological differences of algae and particular habitat conditions.

恩惠

Seasonal occurrence and reproduction of , (Rhodophyta) in Tung Ping Chau, N.T., Hong Kong SAR, China0.05), suggesting that increase in seawater temperature might induce tetrasporogenesis of . in A Ma Wan. Plants in Lung Lok Shui were mostly vegetative but 100% tetrasporic samples were collected at —1 m CD during an unusual growth period in October 1998. High abundance of tetrasporic plants was als