What does SBS mean in ACADEMIC & SCIENCE

Systematics and Biodiversity Science is the study of the origin, evolution, classification, and distribution of living organisms. It focuses on the identification, taxonomy, relationships between species, and changes in biodiversity over time.

Systematics and Biodiversity Science professionals often work as ecologists, evolutionary biologists, conservationists, taxonomists, wildlife biologists, entomologists or botanists. They may also pursue careers in academia or government policy related to conservation and management of natural resources.

Conservation measures rely heavily on understanding species distributions and how these change over time. Through a better understanding of species diversity and their interrelationships with their environment, species can be managed for long-term sustainability. Knowledge generated from Systematics and Biodiversity Science helps inform us about the vulnerabilities of species to environmental change.

Scientists leverage a variety of methods such as field studies; comparative analyses of morphology (form), physiology (function) or behaviour (ecology); molecular genetics; biogeography; phylogenetics; statistical analyses; computer modelling; remote sensing; GIS mapping techniques; etc., along with other laboratory techniques.

Research areas covered by this field include population ecology & genetics, phylogenetics & molecular evolution, phylogeography & biogeography, community ecology & systematics (taxonomy), conservation biology & bioinformatics.

To succeed in this field you should have a strong background in biological sciences including ecology & evolution theory/practice as well as basic math & statistics knowledge/skills plus strong data analysis skills & computing abilities (e.g R programming). Additionally some experience/knowledge with GIS software would be an asset.

Over the past few decades technological advances have allowed us to collect more accurate data at larger scales than ever before via remote sensing satellites or drones for example which opens up new avenues for examining things like population structure or even whole ecosystems while providing more detailed information then what could previously be gained through manual surveys alone.

Citizen science projects provide valuable contributions towards monitoring changes in species distributions over space or time which cannot always be achieved through traditional scientific efforts alone due to limitations such as cost or access barriers. By engaging volunteers they provide researchers access to large amounts of data points which can lead to new discoveries about patterns that wouldn’t otherwise be revealed without the help of large scale collective efforts from citizens around the world.

Yes! Paleobiology is one part of this field which involves studying fossil evidence from various geological eras so we can better understand how life has evolved over time including learning about species that are now extinct. This helps us build a greater knowledge base around antiquity that still applies today when trying to manage modern day issues such as climate change.