40 research outputs found
Reciprocal transplants support a plasticity-first scenario during colonisation of a large hyposaline basin by a marine macro alga
International Childrenâs Rights: Reflections on a Complex, Dynamic, and Relatively Young Area of Law
This chapter reflects on the aim of the International Childrenâs Rights volume to provide those wishing to study, research, and practice international childrenâs rights law with a contemporary and comprehensive legal text. It recaps on the themes that emerged from the process of commissioning and editing the various contributions from some of the worldâs leading and emerging legal scholars in the area of childrenâs rights. It marks the progress that has been made in the implementation of childrenâs rights law and the many challenges that still exist in the implementation of the CRC and associated international instruments. It notes that legal scholarship in the field of childrenâs rights is still developing and that, although multidisciplinary research and analysis is valuable, it is important to reaffirm childrenâs rights as a field of law and legal practice. International childrenâs rights is a complex, dynamic, and relatively young area of law. As the contributions to the collection show, it is diverse and evolving, with many new aspects and issues worthy of analysis and scrutiny. This chapter encapsulates the aspiration of the volume editors that the book contribute to the scrutiny of the legal implications of the CRC, recognizing the unique features of international childrenâs rights law, adding to the ongoing development of this important area of law.Effective Protection of Fundamental Rights in a pluralist worl
Volcanic impacts on the Holocene vegetation history of Britain and Ireland? A review and meta-analysis of the pollen evidence
Volcanic ash layers show that the products of Icelandic volcanism reached Britain and Ireland many times during the Holocene. Historical records suggest that at least one eruption, that of Laki in a.d. 1783, was associated with impacts on vegetation. These results raise the question: did Icelandic volcanism affect the Holocene vegetation history of Britain and Ireland? Several studies have used pollen data to address this issue but no clear consensus has been reached. We re-analyse the palynological data using constrained ordination with various representations of potential volcanic impacts. We find that the palynological evidence for volcanic impacts on vegetation is weak but suggest that this is a case of absence of evidence and is not necessarily evidence of absence of impact. To increase the chances of identifying volcanic impacts, future studies need to maximise temporal resolution, replicate results, and investigate a greater number of tephras in a broader range of locations, including more studies from lake sediments
Lack of recognition of genetic biodiversity: International policy and its implementation in Baltic Sea marine protected areas
Seasonal oxygen, nitrogen and phosphorus benthic cycling along an impacted Baltic Sea estuary: regulation and spatial patterns
Laminated lake sediments in northeast Poland: distribution, preconditions for formation and potential for paleoenvironmental investigation
Floristic diversity in the transition from traditional to modern land-use in southern Sweden a.d. 1800â2008
Stable lead (Pb) isotopes and concentrations - A useful independent dating tool for Baltic Sea sediments
The prehistory of the Baltic Sea has for a long time suffered from imprecise dating, due to the large uncertainties associated with bulk radiocarbon dating of Baltic Seasediments. To constrain the timing of environmental changes in the Baltic Sea it is critical to apply new dating approaches. This study identifies lead pollution isochrones in Baltic Sea sediments, which have previously been recorded in lake sediment and peat deposits in northern Europe and ice cores from Greenland. These isochrones have formed through the deposition of atmospheric lead associated with historic lead production and silver mining in Europe, and more recently with the increased industrial emissions that peaked in the 1970âs. Leadconcentration and stableleadisotope analyses (206Pb/207Pb ratios) reveal three distinct lead pollution horizons in the Baltic Sea, i.e. a Roman peak at 1 AD, a Medieval peak at 1200 AD and a peak in the 1970s. The new data will improve the chronological accuracy and precision of paleoenvironmental studies in the Baltic Sea, and for the first time, allow synchronization of Baltic Sea geological records within the basin and across Europe and the North Atlantic region (including Greenland