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The Complexity of Investigating Possible Sexual Abuse of a Child
In: The American journal of family therapy: AJFT, Band 39, Heft 4, S. 292-298
ISSN: 1521-0383
The Politics of the Prussian Army 1640-1945.Gordon A. CraigEthical and Religious Factors in the German Resistance to Hitler.Mother Mary Alice Gallin
In: The journal of politics: JOP, Band 19, Heft 1, S. 133-135
ISSN: 1468-2508
"Von Dollfuß zu Hitler″
In: Der Donauraum: Zeitschrift des Institutes für den Donauraum und Mitteleuropa, Band 1, Heft 1, S. 80-80
ISSN: 2307-289X
"The Policy of England and France Toward The "Anschluß" of 1938.″
In: Der Donauraum: Zeitschrift des Institutes für den Donauraum und Mitteleuropa, Band 1, Heft 1, S. 81-82
ISSN: 2307-289X
Beiträge zur Kenntnis des Phosphorstoffwechsels
In: Hoppe-Seyler´s Zeitschrift für physiologische Chemie, Band 43, Heft 1-2, S. 1-10
Über die Beziehungen zwischen Molekulargewicht und physiologischer Wirkung bei höheren Fettsäuren. (Mit Unterstützung durch die Gräfin Bosestiftung). Erste Mitteilung. Myristinsäure und Laurinsäure
In: Hoppe-Seyler´s Zeitschrift für physiologische Chemie, Band 40, Heft 5-6, S. 550-564
Estimating exceedances and design values from urban ozone monitoring network data
In: National Cooperative Highway Research Program Report 238
The future of irrigated agriculture under environmental flow requirements restrictions
Water is not an infinite resource and demand from irrigation, household and industry is constantly increasing. This study focused on including global water availability including environmental flow requirements with water withdrawal from irrigation and other sectors at a monthly time-step in the GLOBIOM model. This model allows readjustment of land-use allocation, crop management, consumption and international trade. The GLOBIOM model induces an endogenous change in water price depending on water supply and demand. In this study, the focus was on how the inclusion of water resources affects land-use and, in particular, how global change will influence repartition of irrigated and rainfed lands at global scale. We used the climate change scenario including a radiative forcing of 8.5 W/m2 (RCP8.5), the socio-economic scenario (SSP2: middle-of-road), and the environmental flow method based on monthly flow allocation (the Variable Monthly Flow method) with high and low restrictions. Irrigation withdrawals were adjusted to a monthly time-step to account for biophysical water limitations at finer time resolution. Our results show that irrigated land might decrease up to 40% on average depending on the choice of EFR restrictions. Several areas were identified as future hot-spots of water stress such as the Mediterranean and Middle-East regions. Other countries were identified to be in safe position in terms of water stress such as North-European countries. Re-allocation of rainfed and irrigated land might be useful information for land-use planners and water managers at an international level to decide on appropriate legislations on climate change mitigation/adaptation when exposure and sensitivity to climate change is high and/or on adaptation measures to face increasing water demand. For example, some countries are likely to adopt measures to increase their water use efficiencies (irrigation system, soil and water conservation practices) to face water shortages, while others might consider improving their trade policy to avoid food shortage.
BASE
The future of irrigated agriculture under environmental flow requirements restrictions
Water is not an infinite resource and demand from irrigation, household and industry is constantly increasing. This study focused on including global water availability including environmental flow requirements with water withdrawal from irrigation and other sectors at a monthly time-step in the GLOBIOM model. This model allows readjustment of land-use allocation, crop management, consumption and international trade. The GLOBIOM model induces an endogenous change in water price depending on water supply and demand. In this study, the focus was on how the inclusion of water resources affects land-use and, in particular, how global change will influence repartition of irrigated and rainfed lands at global scale. We used the climate change scenario including a radiative forcing of 8.5 W/m2 (RCP8.5), the socio-economic scenario (SSP2: middle-of-road), and the environmental flow method based on monthly flow allocation (the Variable Monthly Flow method) with high and low restrictions. Irrigation withdrawals were adjusted to a monthly time-step to account for biophysical water limitations at finer time resolution. Our results show that irrigated land might decrease up to 40% on average depending on the choice of EFR restrictions. Several areas were identified as future hot-spots of water stress such as the Mediterranean and Middle-East regions. Other countries were identified to be in safe position in terms of water stress such as North-European countries. Re-allocation of rainfed and irrigated land might be useful information for land-use planners and water managers at an international level to decide on appropriate legislations on climate change mitigation/adaptation when exposure and sensitivity to climate change is high and/or on adaptation measures to face increasing water demand. For example, some countries are likely to adopt measures to increase their water use efficiencies (irrigation system, soil and water conservation practices) to face water shortages, while others might consider improving their trade policy to avoid food shortage.
BASE
Extended Guidance: Document on the Natural System and Drought (D.1.2). Part of Work Package 1: Natural System XEROCHORE FP7 Project
The EU-FP7 XEROCHORE project is a Support Action (SA) that for the first time brings together three interrelated drought aspects at the European scale, namely (1) the natural system (climate and hydrological systems), (2) impacts (socio-economic and environmental), and (3) drought management and policy. It compiles a roadmap that includes the state-of-the-art and identifies research gaps in these three aspects. Moreover, it provides guidance on appropriate responses for stakeholders. XEROCHORE's outcome contributes toward a future European Drought Policy, in accordance with the EU-Water Framework Directive (WFD) and other related EU legislation and actions.
BASE