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UniSAFE National researcher report - Canada
Huck, Averil
This report investigates the (non-)existence of laws and policies on gender-based violence (GBV) in the context of universities and research organisations in Canada. It has been published as part of the UniSAFE project together with 32 other national fieldwork reports. Although Canada is recognised as being at the forefront of equality policy, are universities and research organisations exceptions to the rule? To what level of comprehensiveness are these GBV laws and policies adopted and implemented? Analysing Canadian laws and policies is highly relevant for UniSAFE’s research as a comparison basis with European Union countries policies and laws on the subject. Desk-based research has been performed to map the laws and policies and have been analysed in the light of the 7P model, theoretical framework developed under the UniSAFE project. The 7P model is a model to address and combat violence, to assess the efficiency of modes of intervention, regulation and the institutional responses put into place to eradicate GBV, including sexual harassment, in universities and research organisations. At the core is the measure of the prevalence of GBV, with the aim to understand the roles of university and research organisations in prevention, protection, prosecution, provision of services, supported by partnerships and policies. The findings show that there is no federal legislation in Canada that deals directly with the issue of combating GBV in universities or research organisations. This is explained by the fact that legislation related to higher education is under the jurisdiction of provinces. Indeed, five provinces out of the thirteen provinces and territories of Canada have passed legislations requiring post-secondary institutions to adopt and implement sexual violence policies between 2016 and 2021. In addition to these provincial laws, a National Strategy has been adopted. They have shown to be quite comprehensive, addressing from 4Ps to the maximum 7Ps.\n
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UniSAFE Deliverable Report 3.2 Report on the European Policy Baseline
Fajmonová, Veronika ; Huck, Averil ; Andreska, Zuzana ; Dvořáčková, Jana ; Linková, Marcela ; Struzińska, K. ; Strid, S. ; Hearn, J. ; Husu, L. ; Allori, A. ; Wuiame, N.
The objective of this report is to establish a European baseline of policies in place to combat Gender-Based Violence (GBV) at the legal, policy level and the level of research funding organisations (RFO), as a fixed point of reference for future comparisons, by assessing existing laws and policies at the national and RFO levels in 27 countries in the EU. This is accompanied by analyses of four Associated Countries (Iceland, Serbia, Turkey, UK) and two Third Countries (Canada, USA) that were selected for comparison and as examples of existing practices. The analysis focuses specifically on dedicated legal and policy frameworks focused specifically on universities and research organisations, in order to map the special efforts made by national and regional authorities and RFOs to combat GBV at these specific institutions beyond generic anti-discrimination legislation and labour law protections.\n
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Potential of the sentinel-2 red edge spectral bands for estimation of eco-physiological plant parameters
Malenovský, Zbyněk ; Homolová, Lucie ; Janoutová, Růžena ; Landier, L. ; Gastelluetchegorry, J-P. ; Bertholt, B. ; Huck, A.
In this study we investigated importance of the spaceborne instrument Sentinel-2 red edge spectral bands and reconstructed red edge position (REP) for retrieval of the three eco-physiological plant parameters, leaf and canopy chlorophyll content and leaf area index (LAI), in case of maize agricultural fields and beech and spruce forest stands. Sentinel-2 spectral bands and REP of the investigated vegetation canopies were simulated in the Discrete Anisotropic Radiative Transfer (DART) model. Their potential for estimation of the plant parameters was assessed through training support vector regressions (SVR) and examining their P-vector matrices indicatingsignificance of each input. The trained SVR were then applied on Sentinel-2 simulated images and the acquired\nestimates were cross-compared with results from high spatial resolution airborne retrievals. Results showed that contribution of REP was significant for canopy chlorophyll content, but less significant for leaf chlorophyll content and insignificant for leaf area index estimations. However, the red edge spectral bands contributed strongly to the retrievals of all parameters, especially canopy and leaf chlorophyll content. Application of SVR on Sentinel-2 simulated images demonstrated, in general, an overestimation of leaf chlorophyll content and an underestimation of LAI when compared to the reciprocal airborne estimates. In the follow-up investigation, we will apply the trained SVR algorithms on real Sentinel-2 multispectral images acquired during vegetation seasons 2015 and 2016.
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