Lantbruks- och trädgårdsföretagarnas egen forskningsstiftelse finansierar behovsdriven forskning för svenska förhållanden.
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Lantbruks- och trädgårdsföretagarnas egen forskningsstiftelse finansierar behovsdriven forskning för svenska förhållanden.
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Status: | Pågående |
Projektnummer: | O-19-20-319 |
Kategori: | Focus area | Food & feed |
Branschområden: | Crop production Energy and biomass |
Ansökningsår: | 2019 |
Datum för slutrapport: | 30 juni 2023 |
Huvudsökande: | Bo Stenberg |
Organisation: | Bo Stenberg |
E-postadress: | bo.stenberg@slu.se |
Telefon: | +46511 672 76 |
Medsökande: | Omran Alshihabi |
Medsökande: | Jennie Barron |
This project aims to modify existing sensor systems for adapted nitrogen fertilization to consider water stress at
supplementary fertilization in cereals. Different approaches to consider sensor data and soil information will be tested
in field trials. Current commercial systems interpret water stress as nitrogen deficiency with excessive fertilization,
poor nitrogen efficiency and losses as a consequence. We know that water stress, and the ability to utilize nitrogen
fertilization, can vary greatly within a field. The project ranges from needs driven research to the potential
implementation in existing platforms for site specific fertilization and will be conducted in collaboration between soil
scientist and hydrologists at SLU and experts on decision support and infrastructures for site-specific fertilization at
Yara and Solvi. The goal is improved nitrogen utilization with higher yields and reduced environmental impact, as well
as better preparedness for drier summers.
Detta projekt syftar till att utveckla befintliga sensorsystemen för behovsanpassad kvävegödsling så att de kan ta
hänsyn till eventuell vattenstress vid tilläggsgödsling i spannmål. Olika sätt att tolka sensordata och markinformation
kommer att testas i fältförsök. Nuvarande kommersiella system tolkar vattenstress som kvävebrist med överdriven
gödsling, dålig kväveeffektivitet, läckage och förluster som följd. Att vattenstress, och därmed förmågan att utnyttja
kvävegödsling kan variera kraftigt inom fält vet vi. Projektet spänner från behovsdriven forskning till potentiell
implementering i befintliga infrastrukturer och plattformar för behovs- och platsanpassad precisionsgödsling och
genomförs i samverkan mellan markforskare på SLU samt experter på beslutsstöd och plattformar för platsanpassad
gödsling på Yara och Solvi. Projektet syftar mot förbättrat kväveutnyttjande i jordbruket med högre skördar och
minskad miljöpåverkan samt bättre beredskap för torrare somrar.
Projektnummer: O-16-23-751 • Status: Avslutat • Datum för slutrapport: 21 januari 2022
Innovative outdoor poultry production farms are faced with new challenges. Therefore we intend to: 1) Develop user-friendly guidelines for risk assessment of nutrient load and losses in outdoor systems 2) Identify possible improvements and technical solutions for reducing risk of phosphorus losses …
Läs merProjektnummer: O-16-23-762 • Status: Avslutat • Datum för slutrapport: 19 januari 2022
The aim of this project is to investigate individual differences in the rate of passage of feed, feed efficiency, microbial flora and methane production in cows with different ability to consume large proportion of roughage.
Our previous studies show that methane production differs between cows …
Projektnummer: R-19-62-182 • Status: Pågående • Ansökningsår: 2019
Digitization in agriculture sweeps like a tsunami over Swedish agriculture. Knowledge of its components and, above all, the profitability of investing in digitization is very low. The purpose of the project is to hold a competition in digitizing plant cultivation. The competition will be carried …
Läs merProjektnummer: O-15-20-587 • Status: Avslutat • Datum för slutrapport: 25 november 2021
This project is the Swedish part of the Nordic 4-year project Improving Nordic dairy cow fertility through genetics, the only prioritized research project from Nordic Dairy Cattle R&D, 2015. Research funding is applied for within each country. The focus area of our Swedish part is to investigate …
Läs merProjektnummer: O-16-21-772 • Status: Avslutat • Datum för slutrapport: 5 november 2021
The project aims to develop a decision support tool to aid farmers when investing in precision agriculture technology. The project will develop a model to assess the profitability of investments in precision agriculture technology. Within the project data from Swedish and international field trials …
Läs merProjektnummer: S-19-60-189 • Status: Avslutat • Datum för slutrapport: 29 oktober 2021
The aim of the committee of soil management is to find systems for soil tillage, structural improvement and establishment of crops that can sustainably provide a high yield at a low cost for agriculture. Further objectives are to reduce the environmental impact, reduce soil compaction and increase …
Läs merProjektnummer: H-17-47-303 • Status: Avslutat • Datum för slutrapport: 6 oktober 2021
Icelandic horses are increasingly popular in Sweden and Norway. Their strength lies in their unique gaits, however, in lame horses this trait becomes a weakness. Evaluating not only lameness but also the leg of origin for lameness in any gait other than trot is exceptionally challenging. Today, we …
Läs merProjektnummer: O-17-20-958 • Status: Avslutat • Datum för slutrapport: 3 september 2021
We want to develop a high-yielding cropping systems where the need for tillage and herbicides is greatly reduced compared with current conventional farming systems. The cropping system include, cultivation with wide row spacing, strip sowing and band spraying, combined with the use of subsidiary …
Läs merProjektnummer: O-17-22-980 • Status: Avslutat • Datum för slutrapport: 31 augusti 2021
Peat use in horticulture is increasingly discussed due to its climate-relevance and the disturbance of mires. At the
same time, peat is the most important, natural horticultural growing media constituent and only a few other organic
constituents have gained acceptance in horticulture, but cannot …
Projektnummer: S-17-24-784 • Status: Avslutat • Datum för slutrapport: 1 juli 2021
Slippery floors results in falls and injuries which can be fatal. Moreover, on dairy farms slippery floors impede oestrus behaviour and ease of heat detection and as result cause economical losses due to impaired fertility. Grooving is the most common way to treat concrete floors to reduce …
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