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Systematics is the study of biological diversity and its origins. It focuses on understanding evolutionary relationships among organisms, species, higher taxa, or other biological entities, such as genes, and the evolution of the properties of taxa including intrinsic traits, ecological interactions, and geographic distributions. An important part of systematics is the development of methods for various aspects of phylogenetic inference and biological nomenclature/classification.
The objective of the Society of Systematic Biologists is the advancement of the science of systematic biology in all its aspects of theory, principles, methodology, and practice, for both living and fossil organisms, with emphasis on areas of common interest to all systematic biologists regardless of individual specialization.
Books recently reviewed in Systematic Biology, or written by members of the Society.
American Museum of Natural History Postdoctoral Fellowships in Bioinformatics and Computational Biology
The American Museum of Natural History (AMNH) seeks highly qualified applicants for its Gerstner Postdoctoral Fellows program in Bioinformatics and Computational Biology. Successful applicants must be able to work effectively in applying innovative techniques to pursue independent and collaborative bioinformatics and computational research in integrative studies of genomics or spatial bioinformatics or biodiversity informatics, alongside faculty and other researchers interested in phylogenetics, phylogeography, evolutionary studies, and phenomics (the use of high-throughput computational methods to analyze morphological, physiological, and other phenotypic form and function). Fellows also will participate in the design, development and implementation of new algorithms, bioinformatics tools and infrastructure and computational methods to facilitate genomic assemblies and analyses, as well as developing methods to catalyze ongoing synthesis of phylogenetic information and address ‘big data’ issues from a computational perspective.
Qualifications: Ph.D. degree required in hand. Publication of Ph.D. results in peer-reviewed journals required. Excellent recommendation from former advisors required. Teaching and supervisory experience preferred. Data management experience, bioinformatics, and data analysis experience in molecular phylogenetics and population genetics required. DNA extraction, PCR, DNA Sequencing (Sanger and Illumina MiSeq), alignment, and GenBank experience required. Familiarity with QIMME, Unix/Linux operating systems and writing Perl is a plus. Strong communication (written, oral) skills required.
The American Museum of Natural History (AMNH) in New York invites applications and nominations for an outstanding scholar at the Full Curator & Full Professor level with internationally-recognized research and leadership credentials, and demonstrated, ongoing high-impact research productivity and grantsmanship, to provide innovative leadership for a new museum-wide initiative in comparative biology. This initiative will incorporate the work of multiple investigators at the Museum and at collaborating institutions in genomics (including eukaryotic [including microbial] genomics, metagenomics, phylogenomics, transcriptomics, etc.), phenomics (large-scale phenotypic analysis) and bioinformatics/computational biology, aimed at understanding the evolution and relationships of organisms in ways that clarify and illuminate the architecture of life. The successful candidate for this position should show experience and interest in managing large–scale, interdisciplinary, collaborative, multi-institutional projects and is expected to qualify for and be appointed as a tenured full curator in either the Division of Invertebrate Zoology or Vertebrate Zoology, and as a full professor in the Richard Gilder Graduate School at the AMNH. We seek a creative, active, broad-based researcher and dynamic academic leader who interacts well with others and who will utilize the extensive resources the Museum has to offer in the way of collections, research instrumentation and laboratories, interactions with Museum colleagues and collaborations with area organizations (including the New York Genome Center, area universities, New York Botanical Garden, and others), teaching and mentoring, exhibition, and public education.
This three-day meeting of the Systematics Association will be held 26-28 August 2015 at the University of Oxford and comprises four thematic sessions and contributed papers. The organisers are keen to have contributed 15 minute talks. More details at http://www.systass.org/biennial2015/.
MCEB - Mathematical and Computational Evolutionary Biology 21-25 June 2015 - Porquerolles Island, South of France
Pre-registration deadline: February 10th Notification to applicants: February 28th Final list of attendees: April 1st
Scope: Mathematical and computational tools and concepts form an essential basis for modern evolutionary studies. The goal of the MCEB conference (at its 7th edition) is to bring together scientists with diverse backgrounds to present recent advances and discuss open problems in the field of mathematical and computational evolutionary biology. The theme of this yearís edition will be new data, new questions, new methods. New generation sequencing techniques have multiplied not just the amount, but also the types of genetic data produced, giving rise to new questions, and new methodologies to answer them. These methodologies are often cross-disciplinary, with applications to diverse research topics. General concepts, models, methods and algorithms will also be presented and discussed, just as during the previous conference editions.
The Morton Arboretum invites nominations and applications for a full-time Conservation Biologist with a strong interest in tree conservation. Applicants with a strong plant conservation biology background are encouraged to apply. Research topics may include conservation genetics, niche/distribution modeling, experimental approaches to restoration ecology, population viability analysis, community assembly, trait-based or phylogenetic ecology, leading edge evolutionary dynamics, dispersal biology, or other topics in conservation biology. The successful applicant will demonstrate a commitment to integrating basic research on why woody plants succeed or decline with application to plant conservation.
The DEB supports fundamental research on populations, species, communities, and ecosystems. Scientific emphases range across many evolutionary and ecological patterns and processes at all spatial and temporal scales. Areas of research include biodiversity, phylogenetic systematics, molecular evolution, life history evolution, natural selection, ecology, biogeography, ecosystem services, conservation biology, global change, and biogeochemical cycles. Research on origins, functions, relationships, interactions, and evolutionary history may incorporate field, laboratory, or collection-based approaches; observational or manipulative experiments; synthesis activities; as well as theoretical approaches involving analytical, statistical, or simulation modeling.
The Genealogical World of Phylogenetic Networks
BMC Evolutionary Biology