Dimensions of Biodiversity - Revision history

Marko: /* Brief Project Description */

2011-11-22T17:13:15Z

‎Brief Project Description

Marko at 02:21, 22 November 2011

2011-11-22T02:21:36Z

Marko at 02:20, 22 November 2011

2011-11-22T02:20:42Z

Marko at 02:20, 22 November 2011

2011-11-22T02:20:02Z

Marko at 02:19, 22 November 2011

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Marko at 03:03, 21 November 2011

2011-11-21T03:03:11Z

Marko at 03:01, 21 November 2011

2011-11-21T03:01:21Z

Marko at 02:59, 21 November 2011

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Marko at 02:57, 21 November 2011

2011-11-21T02:57:52Z

Marko at 02:49, 21 November 2011

2011-11-21T02:49:36Z

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 ==Brief Project Description==
-I am working on a collaborative NSF grant focusing on the dimensions of biodiversity. I aim to create a new molecular phylogeny that can be used to test whether assemblages of freshwater planktonic green algae across North America are more genetically diverse than predicted by chance. This project will involve experimental manipulation of the evolutionary and genetic divergence of species to assess how these aspects of biological diversity control niche differences and community productivity. Subsequently, transcriptome analyses will be conducted to identify the genetic basis of niche differentiation among species, and relate these to the production of biomass by phytoplankton communities.
+We are working on a collaborative NSF grant focusing on the dimensions of biodiversity. We aim to create a new molecular phylogeny that can be used to test whether assemblages of freshwater planktonic green algae across North America are more genetically diverse than predicted by chance. This project will involve experimental manipulation of the evolutionary and genetic divergence of species to assess how these aspects of biological diversity control niche differences and community productivity. Subsequently, transcriptome analyses will be conducted to identify the genetic basis of niche differentiation among species, and relate these to the production of biomass by phytoplankton communities.
 This project is part of a collaboration between the Cardinale Lab at U. Michigan, the Delwiche Lab of U. Maryland and the Oakley Lab at UCSB.

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 [[File:exp2.jpg]]
-==Predictions==
+==Predicted Outcomes==
 [[File:Pred1.jpg]]
 [[File:Pred2.jpg]]
 [[File:Pred3.jpg]]

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 [[File:exp1.jpg]]
-'''Figure 2'''
+==Community Phylogenetics==
 [[File:exp2.jpg]]
-'''Predictions'''
+==Predictions==
 [[File:Pred1.jpg]]
 [[File:Pred2.jpg]]
 [[File:Pred3.jpg]]

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 This project is part of a collaboration between the Cardinale Lab at U. Michigan, the Delwiche Lab of U. Maryland and the Oakley Lab at UCSB.
-'''Figure 1'''
+==Interdisciplinary Approach==
 [[File:exp1.jpg]]

← Older revision		Revision as of 02:19, 22 November 2011
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		+	==Brief Project Description==
		+
	I am working on a collaborative NSF grant focusing on the dimensions of biodiversity. I aim to create a new molecular phylogeny that can be used to test whether assemblages of freshwater planktonic green algae across North America are more genetically diverse than predicted by chance. This project will involve experimental manipulation of the evolutionary and genetic divergence of species to assess how these aspects of biological diversity control niche differences and community productivity. Subsequently, transcriptome analyses will be conducted to identify the genetic basis of niche differentiation among species, and relate these to the production of biomass by phytoplankton communities.		I am working on a collaborative NSF grant focusing on the dimensions of biodiversity. I aim to create a new molecular phylogeny that can be used to test whether assemblages of freshwater planktonic green algae across North America are more genetically diverse than predicted by chance. This project will involve experimental manipulation of the evolutionary and genetic divergence of species to assess how these aspects of biological diversity control niche differences and community productivity. Subsequently, transcriptome analyses will be conducted to identify the genetic basis of niche differentiation among species, and relate these to the production of biomass by phytoplankton communities.

← Older revision		Revision as of 03:01, 21 November 2011
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	[[File:exp1.jpg]]		[[File:exp1.jpg]]
	[[File:exp2.jpg]]		[[File:exp2.jpg]]
		+	[[File:Pred1.jpg]]
		+	[[File:Pred2.jpg]]
		+	[[File:Pred3.jpg]]

← Older revision		Revision as of 02:59, 21 November 2011
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	This project is part of a collaboration between the Cardinale Lab at U. Michigan, the Delwiche Lab of U. Maryland and the Oakley Lab at UCSB.		This project is part of a collaboration between the Cardinale Lab at U. Michigan, the Delwiche Lab of U. Maryland and the Oakley Lab at UCSB.
	[[File:exp1.jpg]]		[[File:exp1.jpg]]
		+	[[File:exp2.jpg]]

← Older revision		Revision as of 02:57, 21 November 2011
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	This project is part of a collaboration between the Cardinale Lab at U. Michigan, the Delwiche Lab of U. Maryland and the Oakley Lab at UCSB.		This project is part of a collaboration between the Cardinale Lab at U. Michigan, the Delwiche Lab of U. Maryland and the Oakley Lab at UCSB.
		+	[[File:exp1.jpg]]

← Older revision		Revision as of 02:49, 21 November 2011
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−	~~<embed_document>http://macroevolution~~.~~lifesci~~.~~ucsb~~.~~edu/IlluminaData/wikifiles/DimensionsProjectDescription~~.~~pdf</embed_document>~~	+	I am working on a collaborative NSF grant focusing on the dimensions of biodiversity. I aim to create a new molecular phylogeny that can be used to test whether assemblages of freshwater planktonic green algae across North America are more genetically diverse than predicted by chance. This project will involve experimental manipulation of the evolutionary and genetic divergence of species to assess how these aspects of biological diversity control niche differences and community productivity. Subsequently, transcriptome analyses will be conducted to identify the genetic basis of niche differentiation among species, and relate these to the production of biomass by phytoplankton communities.
		+
		+	This project is part of a collaboration between the Cardinale Lab at U. Michigan, the Delwiche Lab of U. Maryland and the Oakley Lab at UCSB.