HEF AgriHUB - Forschungsdaten Infrastruktur
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 3.23 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8461000263. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Handtuch" - debyli8461000263
{"maintainer_name": "Harald Amon", "maintainer_email": "amon(at)zv.tum.de"}
This project aims, to explore how and to which degree we can manage the subsoil to secure or even increase plant yields by improving the overall nutrient and water use efficiency for crops. We presume that nutrient and water uptake from the subsoil can be elevated at given or even increased crop yields when there are attractive options for the plants to invest into subsoil roots, like low physical resistance for the root channels, hot spots of higher microbially facilitated nutrient supply in the subsoil as well as plant available subsoil water under conditions of seasonal drought stress in the surface soil. With a growing global population, arable food production in 2050 should be 60 percent higher than that of 2005/ 2007 (FAO, 2012). Therefore, there is the need for “sustainable intensification” of production, which is a great challenge in front of the background of the current situation of agricultural production. However, immense water, carbon, and nutrient reservoirs can be found in subsoils. In order to secure the yield potential of soils and to increase their productivity in the long-term, it is inevitable that subsoils are integrated in sustainable management strategies. Aim of Soil³ is to provide scientific knowledge for practitioners. The coupling of strategies of research and production, services, arable management strategies, and providing of software tools are main bricks. Indicator systems of the acquisition of water and nutrients from the subsoil are applicable for monitoring success. Different technical means and manipulation options of the subsoil are tools for economic utilization. Identifying of genotypes could be coupled with commercial plant breeding industry.
{"maintainer_name": "Merve Mentese", "maintainer_email": "hilal.mentese@tum.de"}
Project homepage with project information and information for users
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 0.99 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8483000350. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "MooswieseDGneu408" - debyli8483000350
Die Raumklima-Sensorstation am Lehrstuhl für Agrarmechatronik misst verschiedene Umgebungsparameter zur Erfassung der Luftqualität. Darunter befinden sich Temperatur, Druck, Luftfeuchtigkeit, und VOC-Konzentration der entsprechenden Umgebung. Über die lokale Darstellung der Werte auf einem angeschlossenen LCD-Bildschirm hinaus, werden die gemessenen Werte auch über das Internet verfügbar gemacht. Möglich wird dies durch die Vernetzung über das „The Things Network“ (TTN). Alle gemessenen Parameterwerte werden dort weitergeleitet und auf eine Frost-Server-Applikation übertragen, gespeichert und zeitnah aktualisiert. Durch die anschließende Verknüpfung mit Grafana werden alle gemessenen Parameter nutzerfreundlich, visuell und aktuell dargestellt.
Raumklima - Sensorstation in der HEF Geschäftsstelle
{"maintainer_name": "David Gackstetter", "maintainer_email": "david.gackstetter@tum.de"}
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 2.74 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8483000351. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "OchsenfeldwieseDGneu" - debyli8483000351
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 2.85 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8483000349. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Bergfeld2/3SüdDGneu" - debyli8483000349
Mit einer gleichbleibenden Stationsauswahl werden tägliche Raster der potentiellen Evapotranspiration erzeugt. Die Punktwerte werden über eine regionalisierte multiple lineare Regression und anschließender Triangulierung in die Fläche verteilt. Die Daten haben eine räumliche Auflösung von 1 x 1 km und decken ganz Deutschland ab. Daten außerhalb von Deutschland haben eine Fehlkennung. Alle Angaben zur Gauss Krüger Projektion vom 3. Meridianstreifen befinden sich in den obersten 6 Zeilen der Datei. Die Rasterdatei kann direkt in ArcGis eingeladen werden. Zur Berechnung wurde das Modell AMBAV verwendet. Zu zitieren als: DWD Climate Data Center (CDC): Tägliche Raster der potentiellen Evapotranspiration über Gras, Version 0.x, aktuelles Datum.
Tägliche Raster der potentiellen Evapotranspiration über Gras
{"maintainer_name": "Deutscher Wetterdienst CDC - Vertrieb Klima und Umwelt", "maintainer_email": "klima.vertrieb@dwd.de"}
The main objective of WAMIS is to provide a dedicated webserver for disseminating agrometeorological products issued by WMO Members. By providing a central location for agrometeorological information, WAMIS will aid users to quickly and easily evaluate the various bulletins and gain insight into improving their own bulletins. The web site will also host a tools and resources section to further help Members improve the quality and presentation of their agrometeorological bulletins.
World AgroMeteorological Information Service
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 012098C4
{"maintainer_name": "Sebastian Burkhart", "maintainer_email": "sebastian.burkhart@hswt.de"}
Der Deutsche Wetterdienst unterstützt die Land- und Forstwirtschaft mit agrarmeteorologischen Informationen. Dafür gibt es neben dem gesetzlichen Auftrag (Gesetz über den Deutschen Wetterdienst, §4) zahlreiche Gründe: • Ökologisch: Die Beachtung der agrarmeteorologischen Rahmenbedingungen ist eine notwendige Voraussetzung für die umweltschonende und nachhaltige Erzeugung gesunder Lebensmittel. • Ökonomisch: Kaum ein Wirtschaftszweig ist so von Wetter und Klima abhängig wie die Land- und Forstwirtschaft. Das Wachstum und letztlich die Ertragshöhe hängen entscheidend von den agrarmeteorologischen Randbedingungen Wetter, Witterung und Klima ab. So lassen sich knapp 80 % der Varianz der Ernteerträge in Deutschland mit dem Wetter erklären. Das optimale Nutzen der Wettergunst und das konsequente Vermeiden von Wetterschäden sind daher grundlegende Voraussetzungen für eine gleichmäßige und qualitativ hochwertige landwirtschaftliche Produktion. • Gesellschaftlich: Rund vier Fünftel der Landoberfläche Deutschlands sind von land- oder forstwirtschaftlichen Kulturen bedeckt. Dieser große Teil der Landoberfläche übernimmt zahlreiche Funktionen, wie die Erholungs- und Schutzfunktion und hat positive Wirkungen auf das Lokalklima. Diese Funktionen sind nicht nur für den Bewirtschafter, sondern für die gesamte Gesellschaft von großer Bedeutung. • Politisch: Die Versorgung einer wachsenden Weltbevölkerung mit Nahrungsmitteln gerät zunehmend in Konkurrenz zur industriellen Nutzung nachwachsender Rohstoffe. Zusätzlich verschärfen die Auswirkungen des Klimawandels diesen Interessenskonflikt.
Der Deutsche Wetterdienst unterstützt die Land- und Forstwirtschaft mit agrarmeteorologischen Informationen.
The USDA's National Agricultural Statistics Service (NASS) conducts hundreds of surveys every year and prepares reports covering virtually every aspect of U.S. agriculture. Production and supplies of food and fiber, prices paid and received by farmers, farm labor and wages, farm finances, chemical use, and changes in the demographics of U.S. producers are only a few examples. NASS is committed to providing timely, accurate, and useful statistics in service to U.S. agriculture. To uphold our continuing commitment, NASS will: Report the facts on American agriculture, facts needed by people working in and depending upon U.S. agriculture. Provide objective and unbiased statistics on a preannounced schedule that is fair and impartial to all market participants. Conduct the Census of Agriculture every five years, providing the only source of consistent, comparable, and detailed agricultural data for every county in America. Serve the needs of our data users and customers at a local level through our network of State field offices and our cooperative relationship with universities and State Departments of Agriculture. Safeguard the privacy of farmers, ranchers, and other data providers, with a guarantee that confidentiality and data security continue to be our top priorities..
USDA National Agricultural Statistics Service
National Agricultural Statistics Service
The Publications Office of the European Union is the official provider of publishing services to all EU institutions, bodies, and agencies. As such, it is a central point of access to EU law, publications, open data, research results, procurement notices and other official information.
The sample, weighed out in silver cartridge is inserted into the pyrolysis reactor by the automated sample dispenser, Here the oxygen in the sample reacts with the carbon reactor filling at 1400° - 1500° C to form CO. As the reactor contains no quartz parts, using a glass carbon reactor tube, no oxygen can be released from the tube material. A filter separates the reaction gases (H2; N2; CO ) in a separation column and the integration software calculates the % oxygen. Isotope analysis follows by passing the separated reaction gasses via a suitable interface to the isotope mass spectrometer.
{"maintainer_name": "Rudi Schäufele", "maintainer_email": "schaeufele@wzw.tum.de"}
SciVal is a web-based publication analysis tool, which TUM has licensed in 2020. Based on the Scopus database it provides in-depth information on international publication and citation activities. The Scopus database covers more than 48 million records of journal articles, conference papers, trade publications and books of all publishers with a focus on: life sciences, social sciences, physical sciences and health sciences. SciVal aims to comparing the publication activities of universities, scientific groups, and single researchers by capturing the respective contribution to literature and industries on an international level. The SciVal tool provides therefore different measures on publications, citations and online access of the publications, which are configurable by the individual SciVal user.
{"maintainer_name": "Team Bibliometrie der Universitätsbibliothek", "maintainer_email": "bibliometrie@ub.tum.de"}
Finding collaborative partnerships, analysing research trends or tracking university rankings: Elsevier's SciVal analytics tool provides access to publication data from 14,000 research institutions worldwide. Based on the literature database Scopus, SciVal enables the visualisation and comparison of publication volumes of individual institutions with regard to various parameters. For example, it is possible to analyse how often an institution publishes in cooperation with industrial partners or which are the institutions with which TUM scientists co-publish most often. TUM has licensed SciVal starting January 2020. A general introductory webinar offers all interested parties a starting point to explore the search interface and research possibilities. In order to get to know the features of SciVal with a subject-specific focus more closely, webinars with a technical focus are also available.
Dieser Akku-betriebene Sensorknoten misst in regelmäßigen Intervallen (aktuell: alle 5 min) die Temperatur und Luftfeuchtigkeit vor Ort. Die gemessenen Daten werden per Funk über ein LoRaWAN-Netzwerk übertragen. Alle Daten werden in einer Sensordatenplattform am Lehrstuhl für Geoinformatik gespeichert und können über eine standardisierte Schnittstelle (OGC Sensorthings API sowie OGC Sensor Observation Service) abgefragt werden. Der Sensorknoten wurde selbst gebaut, das Gehäuse ist fertig gekauft und der Quellcode für den enthaltenen Microcontroller (Pycom LoPy4) selber entwickelt. Als Programmiersprache kommt MicroPython zum Einsatz. Bei dem Sensorbaustein handelt es sich um einen DHT22.
Raumklimasensor im Serverraum des Lehrstuhls für Geoinformatik
{"maintainer_name": "", "maintainer_email": ""}
Detaillierte Informationen und Quelltexte
Der Webclient basiert auf der freien Software 52° North Helgoland.
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 0390B5B0
Provide weather, water and climate data, forecasts, warnings, and impact-based decision support services for the protection of life and property and enhancement of the national economy, serving in the U.S.
{"maintainer_name": "Merve Mentese", "maintainer_email": "hilal.mentese@gmail.com"}
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 01209411
The Jena Grassland Biodiversity Experiment (in short: The Jena Experiment) was set up in 2002 to study the effects of plant biodiversity on ecosystem processes. The experiment aims at understanding if, and why and how biodiversity affects variables at the ecosystem level. The experiment is based on experiences from previous biodiversity experiments such as BIODEPTH or the CEDAR CREEK experiment started by David Tilman at the University of Minnesota, USA. Plant diversity is manipulated on a 10ha field site nearby the Saale river within the city boundaries of Jena in Thuringia, Germany. From a species pool of 60 species plant communities of 1-60 plant species and 1-4 plant functional groups were sown on a former arable site. The experiment consists of a number of sub-experiments, the main experiment (species range 1-60 species in large plots), the dominance experiment (species range from 1-9 species, only dominant species) and the trait-based experiment (started in 2011). For details of the sub-experiments see the website and the paper by Christiane Roscher et al. (2004). The Jena Experiment has a particular focus on element cycling and species interactions. Since 2002 the experiment yielded time-series data on a wide range of ecosystem processes, ranging from productivity, C-storage, and N- and P-cycling, herbivory, pollination and decomposition. Applied aspects include bioenergy production, varying management intensity, and the role of plant diversity for climate change adaptation. For all plant species a large number of demographic, morphological and physiological variables has been assembled. A particular strength of the research group is the complementarity of the approaches used by the different research groups. So far, several thousand variables have been measured in each of the diversity plots. Recent synthesis articles are by Scherber et al. (2010) on multi-trophic interactions and by Proulx et al. (2010) on the role of biodiversity for stability. The Jena Experiment is a platform for functional biodiversity research. At present, participating core research groups are from Germany, Switzerland, The Netherlands and France. Please contact W. Weisser if you are interested in conducting research in the Jena Experiment. The Weisser group was responsible for the database and is still involved in investigating the role of plant diversity for arthropod diversity and interactions between plants, their insect herbivores, insect pollinators and the natural enemies of herbivores and pollinators. In our most recent project, we also focus on the role of the plant microbiome for plant-insect interactions, in a cooperation with Stefanie Schulz and Michael Schloter of the Helmholtz Center Munic.
The Jena Grassland Biodiversity Experiment
Project's main page provides information about the experiment design, projects, publications, and data
The PRIMA is an EU program for Research and Innovation solutions in the Mediterranean region. Funding Projects contributing to sustainable use of natural resources, economic growth and stability in the Mediterranean. Main PRIMA sections: Farming Systems, Agri-Food Value Chain, Water Management, WEFE Nexus. 19 participating states countries have a common research and innovation strategy addressing the challenges in climate change, population growth and food security, water scarcity and overexploitation of natural resources, sustainable agriculture, agro-biodiversity loss, reinforcing Mediterranean lifestyle: diet , physical activity , socio-cultural, mediterrenean agro-food value chains.
PRIMA: Partnership for Research & Innovation in the Mediterranean Area
Projects for each thematic area in the Mediterranean Area Farming Systems Agri-Food Value Chain Water Management WEFE Nexus
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 0.6 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8461000258. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "UnterfeldNord DGneu" - debyli8461000258
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 14.98 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8461000085. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Unterfeld 1/2" - debyli8461000085
Publication data set on digitalization and agriculture based on a literature research using the Scopus data base. The search criteria, keywords and procedure for data set creation are described in the additional PDF document. The literature search was performed on 2020-07-15.
Publication data set on digitalization and agriculture
{"maintainer_name": "Veronika Hannus", "maintainer_email": "veronika.hannus@tum.de"}
Description of the data set construction
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 24.18 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8461000077. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Lager rechts/links" - debyli8461000077
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 13.02 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8461000079. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Moorfeld 1/8" - debyli8461000079
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 17.07 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8483000235. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Bergfeld 2/3" - debyli8483000235
Sensorhub is the HEF's web application to acquire, process and visualize IoT sensor data.
Sustainable use of alpine and pre-alpine grassland soils in a changing climate Grassland ecosystems are widely spread in the alps and the foothills of the alps of southern Germany and cover an area of more than one million hectares. From an economical point of view, grasslands are precious as they provide fodder for dairy and cattle farming. In addition to their economic value, they fulfill important ecosystem functions such as the storage of carbon and nitrogen, water retention, protection against erosion and biodiviersity. However, changes in climate, land use and grassland managenent jeopardize the multiple functions provided by grasslands. The aim of the SUSALPS project is to improve our knowledge on the effects of current and future climate and management on ecosystem functions performed by grasslands. In the process, the general framework of the socio-economy of the specific geographic region will be considered. Based on this improved knowledge, sustainable management options for grasslands in the alps and the foothills of the alps will be developed. These management options will be especially designed to support the climate protection function of grassland soils.
SUSALPS Sustainable use of alpine and pre-alpine grassland soils in a changing climate
Information on PROJECT, RESULTS, PUBLICATIONS, PARTNERS, SERVICE
World Ag Weather is an online source of global weather data for agricultural interests. World Ag Weather obtains the ensemble data and calculates the range of possibilities from the distribution of the ensemble forecasts. For example, the Ensemble Median is the median precipitation amount from the distribution of forecasts; this means that half of the members show less precipitation, and half show more. The US and Canadian ensemble systems have 21 members, and the European system has 51 members.
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 14.45 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8461000086. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Unterfeld 3/4" - debyli8461000086
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 01209417
<centred> Can be coupled to LI 6400 XT and the 4 climate chambers/mesocosms. </centred>
Thermo Fisher Scientific Finnigan Delta Plus Advantage (IRMS - Isotope Ratio Mass Spectrometer)
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 1.92 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8483000238. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Ochsenfeld" - debyli8483000238
Root and shoot respiration of single plants and the carbon and oxygen isotope composition of the respiratory CO2 is measured on-line. The system includes four units, which are opperated in parallel. The facility is used in studies of the natural 13C signature of CO2 respired by shoots and roots, and for tracing label incorporation kinetics in respiratory CO2.
Shoot and root respiration system (not in use anymore)
Growth and maintenance respiration for individual plants
C‐isotope composition of CO2 respired by shoots and roots
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 0120940D
Within the Connected Sensor Intelligence project at the HEF, application examples will be established which demonstrate the suitability and potential of the developed sensor data infrastructure. Together with the fleet vehicle management, a use case was developed in which vehicles of the research stations are equipped with an intelligent GPS tracker device that reacts on vehicle movements and accordingly sends the last position of the vehicle at flexible rate. For this purpose, the Single Depth Soil Sensor was purchased from Sensoterra, which proved to be suitable due to its reliability, robustness and energy saving. For communication, a LoRaWAN module was embedded, so that the devices can be connected via a public network such as Everynet or The Things Network. The sensor device measures soil moisture in a depth of 15 centimeter. One of the main problems that many sensor devices have is the need to constantly charge the battery by manually connecting them to charging stations. The device is designed for energy efficency: the device goes into sleep once it's not in use and by that saves energy of the integrated LiPo battery. By that the device can run for up to three years.
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 0120941D
Models for the determination of the working time requirements of many agricultural production processes for indoor and outdoor farming, as well as the determination of the workload according to the energy consumption method. Calculation based on manual input of the work processes to be examined in different aggregation from work time elements over partial operations and work processes up to total work processes with required influencing variables to be proven. Note: Programs and data in German language only! Sub-system with data and models in English for dairy farming!
This is the direct link to the software and applications (stored in the University Library Technical University Munich server).
The direct link to the metadata from mediaTUM.
Explanation of the author about the provided data, sortware and its usage terms
The direct link to the metadata from mediaTUM for the English sub-system “Dairy Husbandry” of the Agricultural Information System Agricultural Technology
MediaTUM research data for English sub-system “Dairy Husbandry”
The project SWEETFUEL (Sweet Sorghum: An alternative energy crop) is supported by the European Commission in the 7th Framework Programme to exploit the advantages of sweet sorghum as potential energy crop for bioethanol production. Sweet sorghum is a C4 plant with the following interesting characteristics: (i) its growth cycle is short (about four months) facilitating double cropping, (ii) it can be easily grown from seeds, (iii) its production can be completely mechanized, (iv) it can produce sugar in the stalk and starch in the grain, (v) it has a high water and nutrient use efficiency, (vi) the bagasse produced from sweet sorghum has high biological value when used as forage and (vii) it has a wide adaptability to different environments. However, unlike sugarcane and maize, sweet sorghum has little breeding history. The potential of yield improvements through genetic enhancement is thus very high. The main objective of SWEETFUEL is to optimize yields in temperate, semi-arid and sub-tropical regions by genetic enhancement and improvement of agricultural practices. In order to achieve this objective, activities of the SWEETFUEL project include to: Breed sweet sorghum ideotypes specially adapted to temperate climates, drought prone environments and poor soils Improve knowledge on the relationships among traits for sugar accumulation, plant phenology, stay-green and terminal drought tolerance Understand the agronomic determinants of optimized yield and recommend cultivation and harvest techniques Provide a multi-criteria (social, economic and environmental) sustainability evaluation of sweet sorghum value chains Promote the exchanges between RTD experts, stakeholders and key actors Identify and monitor ethical risks resulting from ethanol production from sweet sorghum and to propose guidelines for policy makers The SWEETFUEL partnership comprises 10 partners from research, academia and industry. The partners of SWEETFUEL are CIRAD (France, Coordinator), ICRISAT (India), EMBRAPA (Brazil), KWS (Germany), IFEU (Germany), UNIBO (Italy), UCSC (Italy), ARC (South Africa), UANL (Mexico), and WIP (Germany). The project duration is from January 2009 until December 2013.
SWEETFUEL Sweet Sorghum: An alternative energy crop
Information about the project, Exploitable results and Completed Deliverables can be obtained by the website.
UmweltAtlas Bayern Mit dem UmweltAtlas Bayern stellt das Bayerische Landesamt für Umwelt verschiedene raum- und ortsbezogene Umweltdaten zur Verfügung. Hierfür wird auch der Begriff Geofachdaten verwendet. Die Informationen werden in einer Karte dargestellt. Die Daten werden regelmäßig aktualisiert. Der UmweltAtlas wird kontinuierlich weiterentwickelt. Der UmweltAtlas Bayern bietet Karten und Fachdaten zu folgenden Themenbereichen: Geologie Geologie erleben Boden Rohstoffe und Geothermie Gewässerbewirtschaftung Gewässerordnungen und -verzeichnisse Lärmbelastungskataster Natur Naturgefahren
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 5.33 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8323000369. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Bals" - debyli8323000369
The wheeled loader of typeWeidemann 3006 is located at Veitshof research facility of TUM. It's mostly used for stable works at Veitshof. The Weidemann 3006 wheeled loader is by nature a construction machine for loading and transporting goods over short distances. Equipped with a shovel, a wheel loader is suitable for earthmoving work but also as in this case for moving food and gras for the cattle.
Dieser Eintrag gibt einen Überblick über alle Feldstücke, die zu den Versuchsgütern der Technischen Universität München gehören. Die Gesamtzahl der Feldrstücke beträgt 139. Diese Parzellen sind in einer KML-Datei zusammengefasst. In dieser Datei verfügt jede Feldstücke über eine Reihe von Attributen, einschließlich des url-Links zu diesem spezifischen Feldstück im HEF AgriHub-Katalog.
{"maintainer_name": "Dr. Harald Amon", "maintainer_email": "amon(at)zv.tum.de"}
Link zum 3D-Viewer mit voreingestelltem Zoom und Kamerawinkel
In dieser Datei verfügt jede Feldstücke über eine Reihe von Attributen einschließlich des url-Links zu diesem spezifischen Feldstück im HEF AgriHub-Katalog.
There is an increasing interest in Europe in biomass crops as a source for renewable CO2-neutral energy, fuels, and chemicals and as a fibre source for the production of paper and other renewable materials. Many different plants are being considered for this purpose. For example trees such as willow, eucalyptus and poplar and annual crops such as hemp. Switchgrass (Panicum virgatum L.) is one of the perennial rhizomatous grasses being developed for the purpose of biomass production. Since the early 1990s the crop has been developed as a model herbaceous energy crop for ethanol and electricity production in the USA and in Canada and it is also being considered as a paper pulp production feedstock. In this project a broad range of factors were investigated that determine the suitability of switchgrass as a lignocellulosic C4 biomass crop in Europe. The most important agronomic aspects like variety choice, nitrogen response, yield development, and establishment were evaluated together with specific energy and fibre applications. Information from literature, from small experiments conducted in Europe, and results from ongoing research on other perennial rhizomatous grasses served as a starting point for the project. The GENERAL OBJECTIVE of this project was to evaluate switchgrass as a promising cost effective energy crop that will add to agricultural diversification in Europe and to generate sufficient data to be able to initiate large scale production trials and facilitate further development of switchgrass in Europe.
Switchgrass as an Alternative Energy Crop
This website will provide you with practical as well as scientific information on switchgrass.
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 2.37 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8483000239. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Tummelfeld" - debyli8483000239
The European Soil Data Centre (ESDAC) is the thematic centre for soil related data in Europe. Its ambition is to be the single reference point for and to host all relevant soil data and information at European level. It contains a number of resources that are organized and presented in various ways: datasets, services/applications, maps, documents, events, projects and external links.
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 11.41 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8483000237. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Moosacker" - debyli8483000237
Can be coupled to the Elemental Analyzer.
Thermo Fisher Scientific Finnigan Delta Plus (IRMS - Isotope Ratio Mass Spectrometer)
Vor dem Hintergrund der Umwelt- und Klimaschutzziele der Bundesrepublik Deutschland ist die Landwirtschaft gefordert, innovative und praxistaugliche Lösungen für eine umweltschonende Düngung zu entwickeln. Zum Einsatz kamen eine neuartige Kombination aus Urease- und Nitrifikationsinhibitor sowie ein innovatives Verfahren der wurzelnahen Harnstoff-Platzierung. Die Verfahren wurden in umfangreichen Feldexperimenten an mehreren Standorten untersucht. In Fruchtfolgen mit Raps, Weizen und Gerste wurden die Wirkungen auf Ertragsparameter, Stickstoffeffizienz sowie auf Ammoniak- und Lachgasverluste analysiert. Auf Grundlage der experimentellen Daten wurden Ökobilanzen berechnet, um Umweltwirkungen der neuen Verfahren zu bewerten. Das Forschungs- und Entwicklungsprojekt StaPlaRes „N-Stabilisierung und wurzelnahe Platzierung als innovative Technologien zur Optimierung der Ressourceneffizienz bei der Harnstoffdüngung“ wurde im Schwerpunkt „Ressourceneffiziente und umweltschonende Düngung“ im Programm zur Innovationsförderung des Bundesministeriums für Ernährung und Landwirtschaft (BMEL) gefördert.
StaPlaRes Strategien zur Erhöhung der Stickstoffeffizienz im Pflanzenbau
Weather station placeholder description
Weather station 002098A0 in Triesdorf field; May 2024
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 01209413
{"maintainer_name": "Sebastian Burkhart", "maintainer_email": "sebastian.burkhart@hswt.de "}
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 31.46 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8497000422. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Moorfeld 4/5" - debyli8497000422
The JRC MARS Explorer provides quick access to more than 2000 high-resolution maps and graphs displaying recent information on weather conditions and the progress of crop growth across the EU. The JRC MARS Explorer is an e-service hosted by Wageningen Environmental Research under contract of the Joint Research Centre (JRC) of the European Commission. It displays information on current weather conditions and the progress of crop growth across the European Union. The data displayed are based on meteorological station data, crop growth simulations and remote sensing observations, originating from the JRC MARS Crop Yield Forecasting System. The graphs and maps displayed on this web page can be downloaded and reused, provided the original format is maintained and the source acknowledged. A full analysis of weather and crop conditions as well as quantitative forecasts of crop yields in Europe are published in the monthly JRC MARS Bulletins Crop monitoring in Europe. For further information on the crop monitoring and yield forecasting activities of the JRC, please see the JRC AGRI4CAST Toolbox.
![test](https://agrihub.hef.tum.de/base/images/HEF/dataset/auernhammer.bmp) In 2007 a field test with GPS collars together with Pedometers was undertaken (ECKARDT, C. et al., 2006). In a static pre test the acquired location precision was investigated. After that the location precision was tested under given country side circumstances (open land, signal shadowing near hedges and under trees) at a University station with grazing goats and manual data acquisition for evaluation (WONDRAK, M., 2007). During the main investigation period at an Austrian alpine pasture eight youngsters (four female und four male once) where chosen to record GPS and pedometer data in different time periods along the grazing season. Information about the investigation as well as first results coming from different analyses is shown in BRAUNREITER, C. et al., 2008. In a later project study different methodological attempts for wider and deeper data analyses were undertaken (Machl, T., 2011) All original 619,528 GPS data records together with the related weather data are provided for download and further analyses in the attachment. Please feel free to use them for scientific research and additional analyses.
Use of GPS Collars in Alpine Pasture Farming
{"maintainer_name": "Hermann Auernhammer", "maintainer_email": ""}
This is the direct link to the GPS data (stored in the mediaTUM server) including all original 619,528 GPS data records together with the related weather data.
Explanation of the author about the provided data and its usage terms
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 01209418
Within the Connected Sensor Intelligence project at the HEF, application examples will be established which demonstrate the suitability and potential of the developed sensor data infrastructure. In Dürnast, a use case was developed in which a field plot is equipped with a multi-sensor station and local environmental and soil parameters are measured. For this purpose, the Single Depth Soil Sensor was purchased from Sensoterra, which proved to be suitable due to its reliability, robustness and energy saving. For communication, a LoRaWAN module was embedded, so that the devices can be connected via a public network such as Everynet or The Things Network. The sensor device measures soil moisture in a depth of 15 centimeter and sends the corresponding value via LoRaWAN once per hour. One of the main problems that many sensor devices have is the need to constantly charge the battery by manually connecting them to charging stations. The device is designed for energy efficency: the device goes into sleep once it's not in use and by that saves energy of the integrated LiPo battery. By that the device can run for up to three years.
Single Depth Soil Sensor #1 - Sensoterra
Access to visualization and management of Grafana-dashboard
Snapshot for time period of 21-28. October 2020
Securing food reserves for the growing world population will require inputs from various disciplines including plant biology, plant breeding, plant biotechnology, agricultural industries as well as farming. In the absence of precise knowledge about the underlying molecular mechanisms, progress in crop breeding and production will be difficult to achieve and the transfer of knowledge from model plants to crop plants or from one crop plant to another crop plant will not be obvious. The SFB924 consortium brings together experts from different fields of plant biology such as plant reproduction biology, hormone biology, stress physiology, phytopathology and plant breeding that make use of high throughput technologies supported by bioinformatics and proteomics to resolve the molecular mechanisms that regulate yield and yield stability in plants. Research of the participating groups focuses on processes that regulate reproductive success as well as quantitative and qualitative aspects of seed formation (yield regulation). A second project area concentrates on the molecular mechanisms governing the interactions of plants with their abiotic and biotic environment (yield stability). Transferability is the guiding principle of the research within the proposed SFB 924, which implies (1) that the knowledge about a specific molecular mechanism can be transferred from one plant species to another, (2) that the same molecular mechanisms may regulate different biological processes, or (3) that related signalling components may use similar regulatory mechanisms to regulate distinct processes in growth and development. The long-term goal of the SFB924 is to test the concept of transferability in the context of specific biological questions related to the regulation of yield formation and yield stability. Through synergistic interactions between individual groups and projects, the SFB924 makes significant contributions to the field and will have a strong impact on knowledge-based plant breeding programs and plant biotechnology. To a very large extent, the research of the proposed SFB has only become possible through recent advances in genome sequencing and the establishment of the post-genomic tools for various plant species. These advances, together with the availability of next generation sequencing technologies allows now, for the first time, to address specific biological questions in different plant species and with the necessary degree of sophistication. It is an important goal of the proposed SFB to make the use and integration of these tools and methodologies a routine in the participating plant molecular biology laboratories, and to thereby train the next generation of plant biologists in the use of post-genomics tools and methodologies for plant science research.
SFB924 Molecular mechanisms regulating yield and yield stability in plants
The SFB924 consortium's webpage which includes OVERVIEW, SFB924 ORGANISATION, PROJECTS, NEWS & EVENTS, PUBLICATIONS
Wasser-DE is the central information node for water-related topics in Germany. It allows access to digital data, figures and facts about existing websites of the Federal Government, the federal states and the national river basin communities as well as the international river basin commissions. Wasser-DE provides access to specific information on the water management in Germany that is available online (documents such as laws, regulations, report documents, background information, web services). The documents are primarily offered by the federal states themselves, standardized by topic, state, river basins. The aim is to integrate information for the entire administration complex of water management (Federal Government, Federal States) efficiently and effectively. Wasser-DE supports the digital networking of the administration by making it possible to cross-link different data sources and to reuse data for different purposes and applications. The offer will be gradually expanded. This is a product of the German Working Group on water issues of the Federal States and the Federal Government (LAWA).
Central information node for water management in Germany
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 0390B5AB
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 21.88 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8461000080. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Moorfeld 2/3" - debyli8461000080
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 1.66 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8497000508. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Moorfeld 4/5 DG neu" - debyli8497000508
Dieser Akku-betriebene Sensorknoten misst in regelmäßigen Intervallen (aktuell: alle 5 min) die Temperatur und Luftfeuchtigkeit vor Ort. Die gemessenen Daten werden per Funk über ein LoRaWAN-Netzwerk übertragen. Alle Daten werden in einer Sensordatenplattform am Lehrstuhl für Geoinformatik gespeichert und können über eine standardisierte Schnittstelle (OGC Sensorthings API sowie OGC Sensor Observation Service) abgefragt werden. Der Sensorknoten besitzt zudem ein 4-stelliges LED-Display und einen Summer. Per LoRaWAN können kurze Nachrichten an ihn geschickt und angezeigt werden; der Empfang einer Nachricht wird durch ein Piepsignal mitgeteilt. Der Sensorknoten wurde selbst gebaut, das Gehäuse mit einem 3D-Drucker produziert und der Quellcode für den enthaltenen Microcontroller (Adafruit Feather 32u4 LoRa) selber entwickelt. Als Entwicklungsumgebung wurde das Arduino-Framework verwendet. Bei dem Sensorbaustein handelt es sich um einen DHT22.
{"maintainer_name": "Thomas H. Kolbe", "maintainer_email": "thomas.kolbe(at)tum.de"}
TUM Wiki Eintrag zu LoRaWAN (erfordert TUM Login)
TUM Wiki: LoRaWAN Node - Adafruit 32u4 LoRa ...
Snapshot vom 22. 9. 2020 von 0:00 Uhr bis 23:59 Uhr (öffentlich abrufbar)
Schnappschuss vom Dashboard vom 22. 9. 2020
Grafana-Dashboard zur graphischen Anzeige der Sensordaten (Login erforderlich)
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 0.39 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8461000259. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Unterfeld Süd DGneu" - debyli8461000259
African communities face significant challenges due to the lack of access to energy. We analyze the development potential of various communities and regions in Africa. Therefore we use results which have been obtained by our members during their theses and student projects at Technical University of Munich. This process ensures innovative solutions, which we apply individually in projects for the different communities that we work with. Projects In 2018 TUMA launched its first Energy-Water-Food system in St. Rupert Mayer, a rural community 160 km far from Harare, the capital of Zimbabwe. The idea behind the project has been providing people with a reliable access to energy, but also with safe drinking water as well as food security. As subsistence farming is the main food source in most African rural areas, we work making our system scalable in other parts of the continent, in line with the UN Sustainable Development Goal 7. Our mission in Rwanda is to promote climate-smart agriculture practices through participative and creative techniques, with a special emphasis on the EWF System.
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 012940C
Das Hans Eisenmann-Forum unterstützt die Arbeit seiner Mitglieder mit dem Ziel die inter- und transdisziplinären sowie systemwissenschaftlichen Charakter der Agrarwissenschaft weiterzuentwickeln. Dazu soll auch die Zukunftswerkstatt TUMagrar beitragen. Diese besteht seit Herbst 2019 und ist aktuell dabei institutionelle Strukturen zu etablieren. In der TUMagrar werden Visionen für eine zukunftsorientierte Landbewirtschaftung entwickelt und wichtige Zukunftsthemen für die Agrarwissenschaften identifiziert. Auch die Beratung von Entscheidungsträgern (wissenschaftsbasierte Politikberatung) und die Bereitstellung aktueller Informationen aus den Agrarwissenschaften fällt in den Aufgabenbereich dieser Einrichtung. ##Unser aktueller Fokus: Digitalisierung in der Landwirtschaft Im Rahmen der TUMagrar Zukunftswerkstatt wird bis 2021 eine strukturierte Übersicht über Themen, Orte und Akteure im Bereich der agrarischen Digitalisierung geschaffen werden. Betrachtet werden grundlegenden Entwicklungen in der Landnutzung und Gesellschaft wie sie auf Grund von Klimawandel und Bevölkerungswachstum erwartet werden. Vor diesem Hintergrund sollen Einfluss und Potenziale der digitalen Transformation auf alle Skalenebenen, vom Molekül bis zu neuen agrarischen Anbausystemen aufgezeigt werden. Ziel ist es, eine gemeinsame Grundlage für die Analyse kommender Herausforderungen in der agrarwissenschaftlichen Forschung zu liefern. Der Think Tank TUMagrar unterstützt die HEF Mitglieder. In Fragen der Digitalisierung, jedoch auch in anderen Forschungsbereichen stellen wir gerne unsere Methodenkompetenzen zur Verfügung. Wir unterstützen Sie in der Literatur- und Textanalyse mit SciVal und dem geziehlte Benchmarking einzelner Forschungsbereiche gegen anderen 'Agrar-Universitäten' im deutschsprachigen Raum.
Seit Herbst 2019 ist Veronika Hannus am Hans Eisenmann-Forum für Agrarwissenschaften mit der Zukunftswerkstatt TUMagrar betraut. Die Agrarwissenschaftlerin hat an der TUM studiert, viele Jahre in Bonn in der Unternehmensberatung gearbeitet und ist seit 2016 wieder an der TUM. Sie promoviert nebenberuflich am Lehrstuhl für Produktions- und Ressourcenökonomie der TUM zur Akzeptanz von Nachhaltigkeits-Managementsystemen in der Landwirtschaft.
Image set from crop scouting flight #1 on the Weidenbach wheat fertilization experiment
UAV image set - Weidenbach 2024 - flight #1
The Foreign Agricultural Service (FAS) links U.S. agriculture to the world to enhance export opportunities and global food security. In addition to its Washington, D.C. staff, FAS has a global network of nearly 100 offices covering approximately 180 countries. These offices are staffed by agricultural attachés and locally hired agricultural experts who are the eyes, ears, and voice for U.S. agriculture around the world. FAS staff identify problems, provide practical solutions, and work to advance opportunities for U.S. agriculture and support U.S. foreign policy around the globe. FAS’s network of global contacts and long-standing relationships with international groups contribute to the agency’s unique market intelligence capacity. FAS analysts provide objective intelligence on foreign market conditions, prepare production forecasts, assess export opportunities, and track changes in policies affecting U.S. agricul­tural exports and imports.
USDA The Foreign Agricultural Service (FAS)
An appropriate and functional transportation network forms an essential basis for the competitiveness of agricultural and forestry enterprises as well as for the preservation of liveable, rural areas. Through structural changes in the field of agriculture, which become obvious e.g. by the increasing size of farms and agricultural machinery, the demands on the existing agricultural road network have changed significantly. Machines have become significantly heavier, larger and faster and due to increasing farm sizes, trans-regional transportation becomes more and more important. Considering these changed requirements, in numerous Federal States of Germany initiatives for designing core transportation networks have been launched. The goal of these initiatives is to design core road networks as needs-based, multifunctional path systems across regions. The core road networks consist of existing roads with a high relevance for agricultural transportation, which will be modernized to meet current and future needs of agriculture. Identifying these roads is a challenging task for planners. In this paper, we present digital methods for supporting planners in designing agricultural core road networks. These methods are based on a Digital Twin of the cultivated landscape. One of the core concepts of the Digital Twin is the coupling of a comprehensive, spatiotemporal information model of the cultivated landscape with complex analytical methods. Besides monitoring the current state of the agricultural landscape, the concept can also be used to assess the impact of design proposals in various aspects. This article describes the new digital methods and their application in a real planning process. Furthermore, it discusses the relation of the Digital Twin concept with the geodesign paradigm.
Publication "Planning Agricultural Core Road Networks based on a Digital Twin of the Cultivated Landscape"
{"maintainer_name": "Thomas Machl", "maintainer_email": ""}
SIGMA NEXUS Sustainable innovation and governance in the Mediterranean area for the Water-Ecosystem-Food Nexus Climate change and rapid population growth threaten food, water and ecosystem security in the Mediterranean region. The Water-Ecosystems-Food (WEF) Nexus concept builds on the complex (spatial, temporal, institutional, jurisdictional) interdependencies between water, ecosystems and food security as it presents an integrated approach to resource management. The overarching objective of SIGMA-Nexus is to develop climate resilience in the Mediterranean region by proposing sustainability pathways within the WEF Nexus framework. SIGMA-Nexus will analyse the socio-economic and technical characteristics of several case study sites in Egypt and Greece to develop the WEF Nexus for different hydrological, agricultural and environmental settings in the Mediterranean region. This will provide a basis for SIGMA-Nexus’ targeted interdisciplinary efforts to address synergies and conflicts observed in the three facets of the WEF Nexus, to draw lessons from previous successes or failures, to develop frameworks that advocate the efficient, integrated use and management of land and water, and to break disciplinary silos. SIGMA-Nexus aims to accelerate knowledge diffusion and support decision-making that can minimize conflicts and maximize synergies of cross-institutional and sectoral management of water and land resources through participatory multi-stakeholder engagement activities. The proposed project will design and prioritize Nexus practices that encourage scalability and appraise interventions that balance ecological, socio-economic and natural resource aspects. Finally, SIGMA-Nexus will develop and promote a WEcoF digital innovation portal that will not only promote co-design of Nexus initiatives but also act as a capacity-building tool. The four year project is funded by the Partnership for Research and Innovation in the Mediterranean Area (PRIMA) and the EU Horizon 2020 programme.
Information about partners, case studies and work packages
The Sustainable Agriculture Research and Education (SARE) program is a decentralized competitive grants and education program operating in every state and island protectorate. SARE is divided into four different regions that operate as separate entities and run grant programs for their states. Since 1988, SARE's competitive grants program has supported farmers, ranchers, researchers and educators who are improving the sustainability of U.S. agriculture. Find practical information on soil health, ecological pest management, rotational grazing, marketing, social resilience and many other important topics in sustainable agriculture. Both print and online resources are available. Materials are produced by both SARE and SARE grantees.
The Sustainable Agriculture Research and Education (SARE) program
Zur umfassenden Erschließung von Forschungsdaten wird eine interdisziplinäre Kooperations- und Datenplattform "Smart Rural Area Data Infrastructure" (SRADI) aufgebaut. Eine zentrale Komponente dieser Forschungsdateninfrastruktur wird ein zentraler Katalogdienst bilden. Der HEF-Katalog ist ein Informationsspeicher über die vom HEF (HEF-Mitglieder und Geschäftsstelle), von Verwaltungseinheiten der TUM, Forschern und Drittanbietern bereitgestellten Ressourcen. Der Begriff "Ressource" umfasst dabei verschiedene Informationsquellen, darunter sowohl Organisationen als auch Datensätze. Datensätze umfassen Informationen über Projekte, Berichte, Rohdaten (verschiedene Formate), Geräte, Sensoren, Sensordienste, Tools und Anwendungen. Bei diesen Informationen handelt es sich hauptsächlich um forschungsbezogene Informationen oder um Informationen, die für Forschungszwecke zur Verfügung gestellt werden. Der Katalog sieht die die Speicherung von Metadaten und einigen, aber nicht allen, Datensätzen, die Veröffentlichung der Informationen, die Abfrage und das Auffinden der registrierten Informationen sowie die Informationsbeschaffung und das Benutzerzugriffsmanagement als Kernfunktionalitäten vor.
{"maintainer_name": "Mandana Moshrefzadeh", "maintainer_email": "mandana.moshrefzadeh@tum.de"}
In diesem Wiki werden die SRADI-Aktivitäten im Detail erläutert (nur mit dem TUM-Konto).
Dieses Bild zeigt das allgemeine Konzept von SRADI, das aus 6 Hauptkomponenten besteht: Akteuren, Anwendungen, Analysewerkzeuge, Daten und Sensoren und Katalog.
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 0120941E
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 0390B5AD
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 27.91 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8461000089. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Unterfeld 5/6/7" - debyli8461000089
The Agricultural Market Information System (AMIS) is an inter-agency platform to enhance food market transparency and policy response for food security. It was launched in 2011 by the G20 Ministers of Agriculture following the global food price hikes in 2007/08 and 2010. Bringing together the principal trading countries of agricultural commodities, AMIS assesses global food supplies (focusing on wheat, maize, rice and soybeans) and provides a platform to coordinate policy action in times of market uncertainty. AMIS is composed of G20 members plus Spain and seven additional major exporting and importing countries of agricultural commodities. Together, AMIS participants represent a large share of global production, consumption and trade volumes of the targeted crops, typically in the range of 80-90 percent. By enhancing transparency and policy coordination in international food markets, AMIS has helped to prevent unexpected price hikes and strengthen global food security.
The Agricultural Market Information System (AMIS)
Field cards for Thalhausen from 2008 to 2019: Information about sowing/harvesting, fertilization, farming measures as tillage operations and equipment, and management for crop protection.
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 012098CB
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 1.5 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8323000452. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Mastenfeld" - debyli8323000452
Wheat fertilization trial carried out by the HSWT in Weidenbach, Bayern
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 01209415
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 0.85 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8483000348. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Bergfeld2/3OstDGneu" - debyli8483000348
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 3.45 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8483000236. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Bergfeld 4" - debyli8483000236
“The state of the world’s land and water resources for food and agriculture: Systems at breaking point (SOLAW 2021)” Synthesis Report comes at a time when human pressures on the systems of land, soils and fresh water are intensifying, just when they are being pushed to their productive limits. The impacts of climate change are already constraining rainfed and irrigated production over and above the environmental consequences resulting from decades of unsustainable use. SOLAW 2021 provides solutions away from the business-as-usual approach, injecting a sense of urgency in making the necessary transformation at the roots of the global food systems - water, land and soils – and inspiring uptake by decision-makers at the global, regional and national levels. The SOLAW 2021 Synthesis Report presents the main findings and recommendations of the full SOLAW 2021 report and background studies, which will be published in early 2022.
Read online the synthesis digital report
Weidenbach wheat fertilization trial - 2024 - experimental field polygon
{"maintainer_name": "Benjamin Leroy", "maintainer_email": "benjamin.leroy@tum.de"}
Pessl weather station; deployed in Weidenbach wheat trial, 2024
WorldCereal aims to develop an efficient, agile and robust EO based system for timely global crop monitoring at field scale. The OpenSource WorldCereal system will be able to: Create local to global annual cropland extent maps at 10 m resolution Update the crop maps on a seasonal basis Differentiate between actively irrigated and rainfed fields Produce global maps of maize and wheat WorldCereal is a global R&D challenge aiming to engage the global agricultural community to achieve optimal results. For the development of the system, we will therefore build upon existing initiatives on e.g in situ data collection and sharing, algorithm development, IT infrastructures and best practices. WorldCereal will rely heavily on the operational time series of the Copernicus Sentinels missions, which allow an unprecedented dynamic crop monitoring at global scale. By focusing on maize and wheat during the system demonstration, WorldCereal aims to contribute to the global food security challenge as together with rice, these crops form the world’s most widely cultivated species, accounting for an estimated 42.5 percent of the world’s food calorie supply (FAO).
WorldCereal, an EO based system for global cropland monitoring
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 1.56 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8461000245. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Moorfeld6/7West DG n" - debyli8461000245
The Picarro L2120-i isotope analyzer provides high quality measurements of water stable isotopes for demanding applications such as paleoclimatology, hydrology, and oceanography. δ18O and δD high-precision measurements can be made with water samples from liquids, vapor, and solids, using a variety of Picarro peripherals.
All raw and derived data used to produce the results detailed in the article "Traits-mediated responses of caterpillar communities to spongy moth outbreaks and subsequent tebufenozide treatments" published in Ecological Applications (2023). Outbreaks of the spongy moth Lymantria dispar can have devastating impacts on forest resources and ecosystems. Lepidoptera-specific insecticides, such as Bacillus thuringiensis var. kurstaki (BTK) and tebufenozide, are often deployed to prevent heavy defoliation of the forest canopy. While it has been suggested that using BTK poses less risk to non-target Lepidoptera than leaving an outbreak untreated, in situ testing of this assumption has been impeded by methodological challenges. The trade-offs between insecticide use and outbreaks have yet to be addressed for tebufenozide, which is believed to have stronger side effects than BTK. We investigated the short-term trade-offs between tebufenozide treatments and no-action strategies for the non-target herbivore community in forest canopies. Over three years, Lepidoptera and Symphyta larvae were sampled by canopy fogging in 48 oak stands in southeast Germany during and after a spongy moth outbreak. Half of the sites were treated with tebufenozide and changes in canopy cover were monitored. We contrasted the impacts of tebufenozide and defoliator outbreaks on the abundance, diversity, and functional structure of chewing herbivore communities. Tebufenozide treatments strongly reduced Lepidoptera up to six weeks after spraying. Populations gradually converged back to control levels after two years. Shelter-building species dominated caterpillar assemblages in treated plots in the post-spray weeks while flight-dimorphic species were slow to recover and remained underrepresented in treated stands two years post-treatment. Spongy moth outbreaks had minor effects on leaf chewer communities. Summer Lepidoptera decreased only when severe defoliation occurred, whereas Symphyta declined one year after defoliation. Polyphagous species with only partial host plant overlap with the spongy moth were absent from heavily defoliated sites, suggesting greater sensitivity of generalists to defoliation-induced plant responses. These results demonstrate that both tebufenozide treatments and spongy moth outbreaks alter canopy herbivore communities. Tebufenozide had a stronger and longer-lasting impact, but it was restricted to Lepidoptera, whereas the outbreak affected both Lepidoptera and Symphyta. These results are tied to the fact that only half of the outbreak sites experienced severe defoliation. This highlights the limited accuracy of current defoliation forecast methods, which are used as the basis for the decision to spray insecticides.
Data for: Traits-mediated responses of caterpillar communities to spongy moth outbreaks and subsequent tebufenozide treatments
Single Depth Soil Sensor #2 - Sensoterra
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 11.82 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8461000082. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Moorfeld 6/7" - debyli8461000082
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 0.84 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8323000368. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Sänger3" - debyli8323000368
Es handelt sich hier um ein Feldstück, welches zu den Versuchsgütern der Technischen Universität München gehört. Das Feld hat eine Flächengröße von 0.05 ha. Der Kennschlüssel im Amtlichen Liegenschaftskataster-Informationssystem (ALKIS) ist DEBYLI8461000260. Weitere Informationen sind unten angegeben sowie mglw. über verknüpfte Katalogeinträge (siehe oben unter „Verknüpfungen“).
Landwirtschaftliches Feldstück - "Moorfeld DG neu w404" - debyli8461000260
Field cards for Roggenstein from 2015 to 2021: Information about sowing/harvesting, fertilization, farming measures as tillage operations and equipment, and management for crop protection.
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 0120941B
The International Production Assessment Division (IPAD) of the USDA’s Foreign Agricultural Service (FAS) is responsible for global crop condition assessments and estimates of area, yield and production for grains, oilseeds and cotton. The primary mission of IPAD is to produce the most objective and accurate assessment of global agricultural production and the conditions affecting food security around the world. Regional analysts use remote sensing and Geographic Information Systems (GIS) to collect market intelligence and analyze near real-time satellite imagery data to estimate global production.
The International Production Assessment Division
Metos is Pessl Instruments' proprietary software to acquire data from Pessl Instruments IoT probes.
![B3](https://agrihub.gis.lrg.tum.de/dataset/feaac279-e4d6-4d92-86db-3794a9a5fe58/resource/12a2ff6a-2f9d-4bdb-ad57-82e16b416889/download/jpeg_20240510114113179.jpg) Pessl weather station; deployed in Weidenbach wheat trial, 2024
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WZW - Lehrstuhl für Ökologischen Landbau und Pflanzenbausysteme
WZW - Lehrstuhl für Produktions- und Ressourcenökonomie
WZW - Lehrstuhl für Terrestrische Ökologie
Hans Eisenmann-Forum für Agrarwissenschaften