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Betriebswirtschaftliche Untersuchungen in einem ständigen Testbetriebsnetz 'Kleinprivatwald/Bauernwald' in Baden-Württemberg

Die Erfassung und Verarbeitung von Buchführungsdaten aus rd. 160 Testbetrieben mit bäuerlichem Waldbesitz wird kontinuierlich fortgeführt (Besitzgröße 5-200 ha). Holzeinschlag und Holzverwertung werden als Kernbereiche des Ertrags detailliert erfasst und ausgewertet. Zusätzlich werden ständige Erhebungen über Schadholzanfall, Nebennutzungen, Fördermittel und Erstaufforstungen durchgeführt. Auf der Aufwandsseite werden Arbeitszeit und Arbeitskosten, Schlepper- und Unternehmereinsatz , Materialverbrauch, Maschinenbetriebskosten, Investitionen und Verwaltungskosten erhoben und in die Auswertungen einbezogen. Um das vorhandene Datenmaterial unter den neuen Fragestellungen auswerten zu können, wird die Datenhaltung und -auswertung in eine relationale Datenbank integriert. Die Ergebnisse werden in jährlichen Berichten veröffentlicht. Sie sind außerdem das Ausgangsmaterial für den vom MLR zu erstellenden Bericht zur Lage der Land- und Forstwirtschaft in Baden-Württemberg sowie zu weiteren interpretierenden Auswertungen.

LfULG - Informations- und Servicestelle (ISS) Rötha

Die Arbeitsschwerpunkte der ISS Rötha umfassen: - Umsetzung zahlreicher Ausgleichs-, Prämien- und Fördermaßnahmen für den Agrarbereich, - Mitwirkung beim Vollzug verschiedener Fachgesetze, - produktionstechnische und betriebswirtschaftliche Beratung in der Landwirtschaft und im Gartenbau auf der Grundlage von Fachgesetzen und im Zusammenhang mit der staatlichen Förderung (Cross Compliance), - sozio-ökonomische bzw. Beratung von existenzgefährdeten Betrieben, - berufliche Aus-, Fort- und Weiterbildung im Agrarbereich, - fachbezogene Öffentlichkeitsarbeit und Verbraucherinformation sowie - Ernährungsvorsorge und -sicherstellung.

LfULG - Informations- und Servicestelle Großenhain

Die Aufgabenschwerpunkte der ISS Großenhain mit Fachschule für Landwirtschaft umfassen: - Umsetzung zahlreicher Ausgleichs-, Prämien- und Fördermaßnahmen für den Agrarbereich, - Mitwirkung beim Vollzug verschiedener Fachgesetze, - produktionstechnische und betriebswirtschaftliche Beratung in der Landwirtschaft und im Gartenbau auf der Grundlage von Fachgesetzen und im Zusammenhang mit der staatlichen Förderung (Cross Compliance), - sozio-ökonomische bzw. Beratung von existenzgefährdeten Betrieben, - berufliche Aus-, Fort- und Weiterbildung im Agrarbereich, - fachbezogene Öffentlichkeitsarbeit und Verbraucherinformation sowie - Ernährungsvorsorge und -sicherstellung.

RE-SHAPING Renewable energy policy EU country profiles update

This report is an update of the country profiles that ECOFYS has produced together with national experts since 2004. They contain detailed information about policies applied in the electricity, heat and transport sector as well as deployment and potential data. The core objective of the project led by FRAUNHOFER-ISI is to assist Member State governments in implementing the Renewable Energy Directive and to guide a European policy for RES in the mid- to long-term. Publications so far include: - 'Indicators assessing the performance of renewable energy support policies in 27 Member States' (2011 update upcoming) - 'Review report on support schemes for renewable electricity and heating in Europe' - 'Design options for cooperation mechanisms between Member States under the Renewable Energy Directive' - 'A smart power market at the centre of a smart grid'. Learn more about the project on http://www.reshaping-res-policy.eu/

Modul E17 - Dt. Industrie in der nationalen Normung - 2024-2026

National Ordinance on Measures to Avoid Carbon Leakage in the National Fuel Emissions Trading System' (BEHG Carbon Leakage Ordinance, BECV)

According to the approval under state aid law of the Carbon Leakage Ordinance of the Fuel ⁠ Emission ⁠ Trading Act (BECV) by the European Commission (State Aid SA.63191 (2023/N)), a comprehensive evaluation of the regulation is required by 2028. The aim of this evaluation is to examine the effectiveness of the BECV in terms of avoiding carbon leakage while maintaining competitiveness, promoting investment in energy efficiency and climate protection measures, and achieving these objectives in a cost-effective manner. The underlying progress report, which was submitted to the Commission in 2024 as requested in the aforementioned authorization, develops the conceptual and methodological foundations for this evaluation presenting a robust empirical research design. Veröffentlicht in Climate Change | 36/2025.

WMO State of Global Water Resources 2024

Abnormal is the new normal. This is one of the key messages of the new State of Global Water Resources report 2024, which was published on Wednesday, 18 September 2025 by WMO. The State of the Global Water Resources report is now in its fourth year and gives a comprehensive overview on the status of the global water resources such as river discharge, reservoirs, lakes, groundwater levels, soil moisture, evapotranspiration, terrestrial water storage and snow cover and glaciers. This helps in identification of hotspots at a global scale to inform planning and policy making and promotes monitoring and data sharing. GRDC has again supported the acquisition of global discharge data and luckily an increased engagement in terms of data sharing from WMO Member States could be reported. The number of river discharge stations included in the report increased thereby significantly from 713 stations in 26 countries in the last year up to 2,777 stations in 41 countries in 2024. For the first time, here also the Remote Sensing-based Extension of GRDC (RSEG) dataset was used, which extends the GRDC time series using remote sensing data. This dataset has been developed by the Institute of Geodesy, University of Stuttgart, using GRDC data. For each of the variables presented in the chapters, the anomaly was calculated by comparing the state in the year 2024 to the annual long-term means obtained from the historical period (observed and historical, respectively). One of the alarming key messages include that 2024 is the 6th year in a row showing an erratic hydrological cycle. Around 60% of rivers globally showed either too much or too little water. Overall, 2024 was dry and hot, but marked disparities appear in regional patterns: While certain areas suffered severe drought, others endured multiple floods. In addition, all glaciated regions in the world reported ice loss for 2024. Overall, the report highlights that investments in global water resources monitoring are urgently needed. Although the 2024 report benefited from increased data sharing and participation by WMO Members, there are still significant gaps in global water monitoring and open data sharing. This emphasizes the need for continued progress in these areas, particularly in Africa, South America, and Asia. Further information and the full report are available at the website of WMO .

National Ordinance on Measures to Avoid Carbon Leakage in the National Fuel Emissions Trading System' (BEHG Carbon Leakage Ordinance, BECV)

According to the approval under state aid law of the Carbon Leakage Ordinance of the Fuel Emission Trading Act (BECV) by the European Commission (State Aid SA.63191 (2023/N)), a comprehensive evaluation of the regulation is required by 2028. The aim of this evaluation is to examine the effectiveness of the BECV in terms of avoiding carbon leakage while maintaining competitiveness, promoting investment in energy efficiency and climate protection measures, and achieving these objectives in a cost-effective manner.The underlying progress report, which was submitted to the Commission in 2024 as requested in the aforementioned authorization, develops the conceptual and methodological foundations for this evaluation presenting a robust empirical research design.

Digital surface model of the watercourses Elbe and Lower Havel (Germany), DGM-W Elbe project, DOM Elbe 2022

The high-resolution digital surface model (DSM1, DOM1) of the watercourses Elbe and Lower Havel is based on the airborne laser scanning data, undertaken from 06 January 2022 to 18 March 2022 in the Elbe area and from 20 to 22 December 2021 in the Havel area. It was produced and published by Germany’s Federal Institute of Hydrology (BfG), on behalf of the River Basin Community Elbe (RBC Elbe, FGG Elbe). The work was supported by the German Federal Waterways and Shipping Administration (WSV) and the surveying offices and water management administrations of six German states - Saxony, Saxony-Anhalt, Brandenburg, Lower Saxony, Mecklenburg-Vorpommern and Schleswig-Holstein. The data cover both the area around the inland water stretches of the Elbe from the Czech-German border to the village of Zollenspieker (part of the city of Hamburg) and the Lower Havel waterway from the town of Rathenow to its confluence with the Elbe. Since the dataset has a large coverage of 4,043 km², it is split into 62 sections. They were either labelled *HW in case of flood relevant areas (in German: “hochwasser-relevante Gebiete”) or *AU in case of historical floodplains (in German: “Altauengebiete”). Financing was divided according to these categories: In the HW areas, the project was co-funded by BfG, the WSV and the federal states, while in the AU areas, BfG covered all project costs. For each section we provide hillshade (*HS) and height maps (*NHN). The data are available in a raster resolution of 1 meter in GeoTiff format; Coordinate reference frame: ETRS89.DREF91.R16; Coordinate projection: UTM Zone 33N; EPSG-Code: 25833; Height reference system: DHHN2016, national vertical reference frame in Germany (2022). For further information please contact us. Citation short: BfG et al. / i.A. FGG Elbe (2025)

Digital terrain model of the watercourses Elbe and Lower Havel (Germany), DGM-W Elbe 2022 project

The high-resolution digital terrain model (DTM) of the waterways Elbe and Lower Havel (DGM-W Elbe 2022) comprises both the terrain on land and the bottom of rivers, channels and lakes. It was produced and published by Germany’s Federal Institute of Hydrology (BfG), on behalf of the River Basin Community Elbe (RBC Elbe, FGG Elbe). The work was supported by the German Federal Waterways and Shipping Administration (WSV) and the surveying offices and water management administrations of six German states - Saxony, Saxony-Anhalt, Brandenburg, Lower Saxony, Mecklenburg-Vorpommern and Schleswig-Holstein. The data cover both the area around the inland water stretches of the Elbe from the Czech-German border to the village of Zollenspieker (part of the city of Hamburg) and the Lower Havel waterway from the town of Rathenow to its confluence with the Elbe. Since the dataset has a large coverage of 4,043 km², it is split into 62 sections. They were either labelled *HW in case of flood relevant areas (in German: “hochwasser-relevante Gebiete”) or *AU in case of historical floodplains (in German: “Altauengebiete”). Financing was divided according to these categories: In the HW areas, the project was co-funded by BfG, the WSV and the federal states, while in the AU areas, BfG covered all project costs. For each section we provide hillshade (*HS), height maps (*NHN), slope (*sl) and source flags (*sc). The data are available as GeoTIFF-files (resolution 1 meter); Coordinate reference frame: ETRS89.DREF91.R16; Coordinate projection: UTM Zone 33N; EPSG-Code: 25833; Height reference system: DHHN2016, national vertical reference frame in Germany (2022). For further information please contact us. Citation short: BfG et al. / i.A. FGG Elbe (2025)

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