Ecology data in the 21st Century: multiscaled, and with “big” potential At GigaScience we are always promoting and finding new ways to foster open data, open science and reproducibility.

Bird Genomes Rule the Roost Yesterday marked the announcement by Guojie Zhang (pictured) in Nature of the launch of the Bird 10,000 genomes (B10K) project (see: http://b10k.genomics.cn/), an initiative to generate representative draft genome sequences from all bird species within the next five years. This ambitious project is the first attempt to sequence the genomes of all living species of a vertebrate class.

All Cats (Microbiomes) are Grey? Regular readers will have seen our interest in “community genome” projects, supported by crowdfunding and alternative means (fashion shows in case of the “peoples parrot”), and we’ve been pleased to see the Azolla fern and Cactus genome projects that we published guest GigaBlog postings from both achieve their funding targets.

With our focus on large-scale biological data, mass spectrometry has been one area of particular interest and attention. Metabolomics involves the detection and quantification of small molecules (metabolites) in living organisms using mass spectrometers.

Sam Minot from Signature Science, LLC and Andy Kilianski from the Edgewood Chemical Biological Center are part of a team that has been trialling a new palm-sized DNA sequencer to test whether it can characterize viruses and bacteria.

Following our efforts promoting open science and “community genomics” projects such as the “Peoples Parrot” and Azolla “crowdfernded” genome , today we have a guest posting from Peng Jiang and Hui Guo at the University of Georgia covering their crowdfunding efforts to sequence the first

The field of synthetic biology, designing and building engineered biological systems through DNA synthesis and genetic engineering, is rapidly moving to a genome scale. In a similar trajectory to genomic sequencing and genome projects two decades ago, it has moved from engineering single genes, entire synthetic bacterial genomes (J Craig Venter’s notorious “Synthia”), to the eukaryotic organism stage.

In the long history of humankind (and animal kind too) those who learned to collaborate and improvise most effectively have prevailed.

Using big data to understand the tree of life New work just published in the Proceedings of the National Academy of Sciences and GigaScience reveals important details about key transitions in the evolution of plant life on our planet, and present a huge cache of computational results, data and tools for plant biologists.

Shedding light on what the Optical Mapping System can provide for genome analysis, here we present a guest posting from optical mapping pioneer and developer (and GigaScience Editorial Board Member), David C. Schwartz, who is a Professor of Chemistry and Genetics at the University of Wisconsin-Madison. Taking the Google Maps approach: providing comprehensive, scalable worldviews We use maps in our