15 research outputs found
World Politics in the 21st Century
By W. Raymond Duncan [College at Brockport emeritus], Barbara Jancar-Webster [College at Brockport emeritus] , Bob Switky [College at Brockport former faculty member].This exciting introduction to world politics features a unique active-learning approach that helps students better understand international relations and includes current, 21st Century topics often neglected in other texts. Lauded for its strong scholarship and excellent attention to theory, this second edition, like the first, includes comprehensive coverage of current topics often neglected in other texts--topics such as human rights, terrorism, women, and poverty, to name just a few. This unparalleled coverage, in addition to the text\u27s unique active learning approach, make it a text that is truly for the 21st Century and its students. The Second Edition offers three new features-- A View from!, Historical Perspective, and Why It Matters to You --to further engage students and help them learn.https://digitalcommons.brockport.edu/bookshelf/1154/thumbnail.jp
World Politics in the 21st Century
By W. Raymond Duncan [College at Brockport emeritus], Barbara Jancar-Webster [College at Brockport emeritus], and Bob Switky [College at Brockport former faculty member].
Unique active-learning approach makes this a text that is sure to engage students and help them better make sense of the complexity of world politics. New four-color design engages visual learners and captures student’s attention. Completely updated coverage of world politics includes updated coverage of the war in Iraq, nuclear proliferation in North Korea and Iran; the new Palestinian leadership; Islamic radicalism; global anti-Americanism; and the expanded EU and NATO. New! Technology advantage: MyPoliSciLab for International Relations. --Publisher\u27s descriptionhttps://digitalcommons.brockport.edu/bookshelf/1057/thumbnail.jp
Rules and exceptions in conservation genetics: genetic assessment of the endangered plant Cordylanthus palmatus and its implications for management planning
We analyzed genetic variability among the four naturally-occurring populations of the endangered plant Cordylanthus palmatus to test whether a central tenet of conservation genetics — large populations are more genetically diverse than small populations — held true in our study system and to guide long-term conservation planning for the species. Genetic variability in C. palmatus was moderate at the species level but relatively low in several populations. About 2% of the measured genetic variation was attributable to variation between populations. Genetic variability in C. palmatus did not increase with population size. The two largest populations were relatively invariate and genetically similar, and neither contained any unique alleles