Do you need to improve the tracking of your trials and increase the accuracy in result analysis? This feature will help you achieve it by digitizing the entire process of field treatments. The new "Trials" extension allows you to design grids for georeferencing treatments, assign them a tracking code, and quickly and easily collect data on fertilizers, pesticides, biologicals, or testing of different genetics. The data can be downloaded in Excel format for further analysis. What benefits does it offer? Access to an easy-to-use, flexible tool that allows you to create georeferenced trials to increase the precision and improve the accuracy of trial results. Optimization and streamlining of data collection through the establishment of standardized field visit protocols for team members, using fully customized forms. Time and data entry savings without duplicating information. Tracking the status of your trials through integration with other platform tools and extensions. Here's how to use the "Trials" extension in Auravant: 1) Go to the extensions marketplace and enable the "Trials" extension. 2) Once inside the extension, configure the grid: Number of treatments to be performed. Width and length of each treatment. Spacing between treatments. Rows and columns of the total grid. 3) After configuring the parameters, place the trials on the map and click the "Place" button. If you need to edit one or more treatments, you can select the cells and edit their size or move them by dragging the mouse across the field. [video width="1098" height="614" mp4="https://www.auravant.com/wp-content/uploads/2023/11/ensayos_mp4.mp4"][/video] NOTE: The platform allows you to place the plots on top of an environment or on a satellite image. The environment can be used if you want to conduct a trial in a field with different productivity potentials. 4) Once the plots are located on the map, fill in the codes and assign them to the treatments. After configuring all treatments, click the "Continue Entry" button and assign the visit templates that will be used for tracking. Then, select "Finish Trials." These templates are set up by the space administrator in advance. ⚠️ IMPORTAN: If you want to know how to create a sampling template, click here. 6- Finally, name your trial and start entering information using the sampling tool. ⚠️ IMPORTANT: If you want to know how to enter information in the field using the mobile app, click here. [fusion_text columns="" column_min_width="" column_spacing="" rule_style="default" rule_size="" rule_color="" hide_on_mobile="small-visibility,medium-visibility,large-visibility" class="boton-default" id="" animation_type="" animation_direction="left" animation_speed="0.3" animation_offset=""] [fusion_text] Access the extensions marketplace. [/fusion_text]

Identifying spatial variability based on the combination of other images from the field is of utmost importance when generating a prescription, new soil fertility maps, or projecting yield through NDVI , among other examples. The new extension of the recommender will allow users to generate one or several calculations by overlaying all the loaded layers in your field , resulting in a new image and SHP result files that can be imported into an application monitor. Generating maps with the new extension is key to: Automating prescription generation. Enabling efficient management of inputs and applications. Establishing defined equations for agronomists in my operational environment. Standardizing task execution. Analyzing the evolution of inputs applied in the fields. Creating other useful information layers such as soil fertility, potential yield estimations, among others. How to start generating equations? 1- Enable the "Recommender" extension within the extension marketplace. 2- Upon entering the extension, you can create a new equation or access the library, where you will find a list of calculations saved by the user and/or Spaces. View library When opening the library, you will find equations saved and shared by the space administrator. If you access one or several saved calculations, they will be displayed as a list with the main component minimized. Upon entering, you can view the formula of the equation and the previously saved data. How to create an equation? 1- Select "Create Equation" . 2- Fill in the name of your equation. 3- Start creating the formula for your equation. You can write it freely using mathematical functions (+, -, <, >=, etc.), logical functions (IF, ELSE, OR, AND, THEN), layers (their syntax will be given by the use of brackets "[P_20]"), or constants (their syntax will be given by the use of braces {Constant x}). NOTE 1: Within the free text section, by clicking the "[Add layers]" and "{Add constant}" buttons, you can access a search engine with a list of all available [layers] and {constants}. NOTE 2: If you have administrator permission, you can create your own constant by completing its name and numerical value. NOTE 3: When selecting a layer, the tool will bring the latest loaded layer by default. If you want to select an older layer, click on the calendar icon and choose the date of the desired layer. 4- Once the equation is defined, assign where the new result layer will be stored in the platform by clicking the "Assign Layer" button. For example: Activities - Prescriptions - Super Phosphorus Simple. 5- Finally, you will have the option to define details of the result for your new layer: Limit the results with a minimum and maximum value. Example: If the max is 45 and some values in the calculation are 50, the result for those values will be 45. Define the unit of the layer. For example: kg/ha. Associate it with an input and its cost. NOTE 6: If you have the corresponding permission, you can save your equation in the "library". Your equation will be saved only if its syntax is correct. 6- Once all the equations are loaded, selecting the "run" button will process all the calculations and create the layers with the details of your prescription. If there are equations with errors, it will notify you which equations could not be executed due to syntax errors or missing data in a layer (The layer loaded in the equation does not exist for that field). In the following example, we can see the already processed map with the recommendation for your prescription. In the green environments, an application of 85 kg/ha is recommended, while in the red environment, 50 kg/ha is recommended. 7- Download Shapefile In addition to running the calculations and creating the layers, you can also download it in shapefile format, where it will calculate the average of each polygon/cell according to the selected map. There, you will have a checkbox where, when activated, it will display the type of map to use in the download. Grid (30x30) or maps obtained from the list of maps in the field. Ingresar al marketplace de extensiones

The integration between Auravant and Case IH provides essential information to producers for more efficient decision-making, reducing input costs, and achieving higher yields. By synchronizing your Auravant account with Case IH's digital platform "AFS Connect," users can export configuration and prescription maps created in Auravant and import boundaries drawn in their platform with task maps. Here is a step-by-step explanation of how to use the My Case IH extension in Auravant: Enable the "My Case IH" extension in the Marketplace. To access your "AFS Connect" account from Auravant, you need to enter your username and password. After logging in, you will need to select a user to operate within Case IH. Modes: The extension has two modes: "Case IH" and "Auravant." In each mode, you can perform operations based on the information available in each platform. For example, in "Auravant" mode, you can perform operations involving Auravant data. This switch allows for easy switching between modes. Case IH Mode: Within Case IH mode, you will have access to the list of lots created in the AFS Connect platform. There, you can synchronize one platform with the other by importing the boundary and its task list into Auravant. In the lot list, you can view the field and lot names, and to the right of each entry, you'll find all available action options. The first option is an indicator of the synchronization status of the lot and its maps. If the synchronization has never been performed or is incomplete, the second option allows you to synchronize the lot by importing it from the AFS Connect platform to Auravant. Finally, the third option allows you to view the tasks that have been loaded in the AFS Connect platform for this particular lot. Auravant Mode: In Auravant mode, you will have a list of all configuration and prescription maps created in Auravant that can be exported to AFS Connect. When exporting a map, if it is successfully sent, the red indicator will turn green, and a success modal will notify you that the map was exported correctly. Enable Extension

Knowing and analyzing soil genetic information is essential for planning a more efficient campaign, reducing losses and achieving optimal crop development. Biome4all is a soil genetic analysis company, which, through bioinformatics, data science (DB) and artificial intelligence (AI) techniques, develops technologies for the study and interpretation of genetic data, transforming them into valuable information that helps agribusiness professionals in making more efficient decisions. What will you be able to access with the new Biome4all extension in Auravant? 1- Fields drawn in Biome4all 2- Layers of: Pest protection Hormone production Stress adaptation Carbon Phosphorus Nitrogen Potassium Shannon Index 3- Guide to biological features This extension allows to obtain new layers of information about the soil in order to evaluate, correct and improve future zonings. Inside the guide you will find the explanatory texts of the different biological functions of the soil microbiota and the scoring system used. Enter in Auravant

Extensions. - Auravant

Trials

8 November, 2023|Extensions., Help Center|

Do you need to improve the tracking of your trials and increase the accuracy in result analysis? This feature will help you achieve it by digitizing the entire process of [...]

Environmental Sustainability

6 November, 2023|Extensions., Help Center|

The index called "Environmental Sustainability" allows you to measure and compare different practices in different fields that generate a positive environmental impact on the crop. The values of this index [...]

Weather forecast by Aphelion

19 October, 2023|Extensions., Help Center|

Weather data is essential for decision-making in agricultural productions. Updated meteorological information guides production processes, reducing losses, and achieving optimal crop development. The Aphelion extension in Auravant offers highly accurate [...]

John Deere Operations Center + Auravant

12 October, 2023|Extensions.|

The integration between Auravant and John Deere Operations Center provides producers the ability to analyze, edit, and make collaborative decisions to achieve higher yields and reduce input costs by synchronizing [...]

How to enable data sharing permissions from My John Deere?

12 October, 2023|Extensions., Help Center|

In many cases, users can see the organization; however, they cannot import outlines or maps. This may be because the organization has not authorized the user to share data with [...]

Recommender

17 July, 2023|Extensions., Help Center|

Identifying spatial variability based on the combination of other images from the field is of utmost importance when generating a prescription, new soil fertility maps, or projecting yield through NDVI, [...]

Case IH + Auravant

24 May, 2023|Extensions., Help Center|

The integration between Auravant and Case IH provides essential information to producers for more efficient decision-making, reducing input costs, and achieving higher yields. By synchronizing your Auravant account with Case [...]

John Deere Operations Center + Auravant

24 May, 2023|Extensions., Help Center|

Biome4all + Auravant

14 January, 2023|Extensions.|

Knowing and analyzing soil genetic information is essential for planning a more efficient campaign, reducing losses and achieving optimal crop development.Biome4all is a soil genetic analysis company, which, through bioinformatics, [...]

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