#vwc

[martin-presid]

What is still going on in the VWC board is 😳 amazing and annoying at the same time, and toxic for sure 🤪!

The decision of the majority of the board to not go for an election of a new interim president, because our acting interim president do the job well and do agree to run it till the next regular elections in 2024, upsets the minority in the board as much, that those campaign negative within the members. I just ask WHY?!? Why is it smart or more democratic to elect now a new president just for 5 or 6 months? We will have regular election in 2024 and it is smarter to have a completely new elected board (new people) and a new president as fast as possible to overcome the current mess! I fully agree with the proposal to have an regular AGM with elections end of Q1/24 - and I'm curious about the argument of those who are against this proposal!

As well as the decision to not accept one of the candidates for the next year European Vespa Days - I'm sad about the negative result, because of the great efforts of the candidates, but the reason for the decision taken, I can understand. I can't understand why various colleagues operate with half-truths about and no-one is interested in the real facts (yes, it is more complicated to digging in details as to moan and grumble - but solve that the problem)?

And I'm meanwhile quite pissed about the VCEurope bashing - the VCEurope is per se a part of the solution, not a part of the problem! The problem are the people who missed the goal of our Vespa Club community - bringing people TOGETHER (community!) not splitting them up!

[haarlemupdates]

Op donderdag 13 juni vierde VWC-BUUV in het Badhuis aan het Leidseplein haar jaarlijkse BUUV Feest. Er zijn 5 vrijwilligers gekozen tot BUUV 2023 en er zijn 2 BUUVers extra in het zonnetje gezet om hun bijzondere bijdrage het afgelopen jaar. Natuurlijk zijn alle BUUVen die zich inzetten voor een ander allemaal even waardevol en onmisbaar voor VWC-BUUV. Diana van Loenen (wethouder Zorg, Welzijn en Volksgezondheid van de gemeente Haarlem): “Burenhulp is voor Haarlem en onze regio van enorme waarde en daarmee dus ook het werk van VWC-BUUV. De vrijwilligers dragen bij aan het creëren van een solide basis voor veel Haarlemmers, zodat zij een duurzame toekomst kunnen opbouwen. Het was weer een feestje om bij deze gezellige uitreiking aanwezig te zijn." Op de foto boven vlnr Rob Bekkers, Tarkan Korkmaz, Cees Juffermans en Nico Koetsier. Onderaan vlnr Linda Wegman (directeur VWC-BUUV), Louise Rademakers, Carla van der Walle, wethouder Diana van Loenen en Lia Vink van Leeuwen. VWC-BUUV is dé plek voor vrijwilligerswerk en burenhulp. Meer info https://www.vwc-buuv.nl.          

[underground-hip-hop-affiliated]

[sleepis4theweak]

Every single time I see a transfem Leo 2012 art piece I have A REACTION

I'm like...

"So.... *twirling hair* so are you guys trying to convince me to draw transfem Leo 2012 art toooo... hehehe"

I feel like I'm being asked to join a cult and it's really tempting......

Like no ones asking me to do shit or even notices me... but if you post transfem Leo 2012 art know that i am OBSERVING U

And also UR FUCKING AMAZING OKAY

^Me everytime I see a post with HER <3

[postsofbabel]

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[plutoriin]

LOVED THAT PODCAST EPISODE :D

The VWC Podcast @vampywampycampypodcast went live today and read MAGE on their stream! It was insanely fun to watch their reactions and I hope you all enjoyed what you read! Would love to see you guys react to the more groundbreaking lore later in the book, as well :D

SUBSCRIBE TO THEIR MBAV PODCAST.

[p1xel8ed]

72 👀

Welcome to the World of the Plastic Beach by the Gorillaz

https://open.spotify.com/track/46WOptLnXUtH3LOyYvmMO1?si=vWC-RWy-Reel_ZH8Fmu8iw&utm_source=copy-link&context=spotify%3Aplaylist%3A37i9dQZF1F0sijgNaJdgit

[ruinkytraining]

[restaurant]

how: waiter n0lvb like you p0l® steak?

i: me know don't, medium?

medium: x*εyε into c®pçd*v ball l will vwc it * lot

source

[indoorverticalfarmingnews]

Water Productivity in Cucumber Cultivation through Optimal Irrigation Scheduling

Key Takeaways: Study identifies the most efficient irrigation schedule for cucumbers grown in coconut coir within a solar greenhouse. Three irrigation methods were compared: soil moisture sensor-based (T-VWC), accumulated radiation and soil moisture sensor-based (Rn-VWC), and crop evapotranspiration estimated method (T-ETc). T-ETc method resulted in the lowest daily irrigation and…

[spacenutspod]

As NASA pushes out the schedule for Artemis II and III, development of the first major upgrade to the agency’s Space Launch System (SLS) rocket is moving into qualification. SLS Stages prime contractor Boeing is activating production areas for the new Exploration Upper Stage (EUS) at the Michoud Assembly Facility (MAF) in New Orleans in parallel with refining assembly and outfitting techniques for the stage. EUS is the major piece of the new SLS Block 1B configuration, which NASA currently plans to debut on the Artemis IV mission at the end of 2028. Boeing was working to finish validating the final weld schedules on weld confidence articles once the last weld tools shared with core stage production becomes available; after that, work will proceed into assembly of the EUS structural test article (STA), with hopes of completing that next year. Preparing to build EUS structural test article, qualify systems “We’re in that preparation for qualification [phase], whether you’re talking components and subsystems or structures here at MAF,” James Savage, Boeing EUS Chief Engineer, said in an interview during a recent NSF visit to Michoud. “We’re building the structural test articles today, both in the supply base and here at MAF. In our subsystems and our components, all those kinds of things, we’ve had a few go through qual now, others are preparing for qual.” “As far as what we actually here at MAF, a lot of this is STA hardware,” Eric Potter, Boeing MAF Deputy Site Lead and EUS Integrated Product Team Lead, added. “Over in the VWC, we have the flight aft adapter is getting ready to start there so we are working the flight article, as well.” The VWC, or Vertical Weld Center, is the weld tool at Michoud; it uses friction-stir welding to assemble the 8.4-meter-wide barrels used on most SLS propellant tanks and “dry structures,” such as the core stage engine section and adapters that connect the Exploration Upper Stage and core stage. “It’s actually exciting, because we’re to the point now where you [are working through] like a pre-flight checklist,” Erick Holsonback, SLS EUS subsystem manager for production and launch operations with Jacobs, noted. “Yes I’ve got the tooling, yes the facilities are there, I’ve got all my engineering released, I’ve got hardware coming in, I’ve got work instructions being released. So it’s in that right-before-execution phase of trying to make sure all this stuff is in place to go ‘we’re ready.'” The major change with the SLS Block 1B vehicle is with EUS replacing the Block 1 Interim Cryogenic Propulsion Stage (ICPS). The new stage employs four RL10 engines versus the single RL10 engine on the ICPS; in addition to the four RL10 engines, the stage consists of the two liquid oxygen (LOX) and liquid hydrogen (LH2) propellant tanks, the mid-body assembly that connects the tanks, an equipment shelf that houses avionics and propulsion system elements, a thrust structure that the engines attach to, and a forward adapter. Credit: NASA. (Photo Caption: An expanded view of the SLS Block 1B vehicle currently in development. The EUS upgrade includes new adapters to connect the bigger stage to the booster elements below and the payloads above.) The bigger upper stage uses the same 8.4-meter diameter as the core stage, so Block 1B also has new connecting stage adapters; Boeing is also prime contractor for the interstage that connects the EUS to the core stage below it. Dynetics is the prime contractor for the Universal Stage Adapter that will connect EUS with Orion and also provides room for a large, “co-manifested,” secondary payload. See AlsoArtemis Forum SectionNSF StoreL2 ArtemisClick here to Join L2 NASA and Boeing are currently working to complete the final tests of the weld tools they will use at MAF and at Marshall Space Flight Center (MSFC) in Huntsville, Alabama, where the SLS Program is based. Most of the friction-stir weld tools at MAF are used to weld multiple structures for the core stage and EUS, each with their own set of configuration parameters. Full-scale weld confidence articles are used in the tools to verify they are ready to proceed into welding the structures for the STA and subsequent flight articles. “It’s the combination of the tool and the weld, so for example if we use the same weld on three different pieces of the vehicle, you only do one weld confidence article,” Savage explained. As noted earlier, the VWC has already completed its development work and Boeing has started producing EUS barrels. The Segmented Ring Tool (SRT) and the Gore Weld Tool (GWT) have also completed their weld confidence article runs. In addition, a few new welding tools for EUS are now being qualified. The EUS LOX tank is a smaller-diameter than the LH2 tank, two new tools are used to weld that, one at Marshall and one at Michoud. Those two tools, the LOX Dome Weld Jig (LDWJ) at Marshall, and the LOX Tank Assembly Center (LTAC) at MAF, have completed their welds for that one weld confidence article. “On the LDWJ, which is currently sitting up at Marshall, that’s where we do the LOX dome to ring welds, and then we bring it here for the LTAC, which is in [Building] 115 on the back left side, that’s where we do the two rings together,” Potter explained. “And that’s a single article, that’s where it gets hard to count,” Savage added. “You have two different welds, but a single article.” “We actually just finished the weld confidence article on the LOX [tank] and if you go down [to Building] 115 you can actually see that,” Potter said. “They machined the ring and so there’s only three welds on that entire tank, the two rings to the domes and then we do one weld of the two rings together and that’s all the welding that’s done on that entire tank.” “That’s a big plus because you don’t have all the gore panels and everything else that’s a challenge,” he added. Credit: Philip Sloss for NSF. (Photo Caption: The EUS Gray Box Assembly Area at MAF. Hardware for the structural test article can be seen in the lower right foreground, with the tooling in the background to build the elements of the stage. From left to right, tooling for the LH2 tank, LOX tank, and mid-body assembly. Additional tooling for the forward adapter is out of view behind the mid-body assembly tool.) A second circumferential dome welding tool (CDWT), also called the Universal Weld Station (UWS), was also built at MAF to weld the domes for the LH2 tank. One of the reasons for the second LH2 dome welding tool at MAF is that EUS is using an aluminum-lithium alloy for its structure, versus the aluminum alloy used for most of the core stage. “Most of the structure of EUS is aluminum-lithium 2050,” Savage noted. “Obviously we did that for weight savings because it’s higher strength and lower density, so you get a great one-two punch for mass savings and performance for the upper stage.” “That has been an exciting change, but it also means that a lot of things, you’re not just straight reusing core stage effort, we’re having to do additional development to prove out those processes, the welding, the machining, all of those things on the 2050. So far it’s been exciting, but it’s been very successful in saving a lot of mass and getting us a good lightweight, high-performing stage.” Summarizing the status of the weld confidence welds, Potter said: “We’ve already been through the Gore Weld Tool, that’s already been through all of its testing, so once we get to that point, we’re ready to go into production there. We’re in the process of doing it on the UWS, we did it in the VWC already, and then the last one we’ll have to do will be in the VAC. And we did on the SRT, as well.” “The [LH2 tank] dome welding and the VAC (Vertical Assembly Center) is what’s left and we’ve got a few plug welds that we’re still testing out,” Potter added. The weld confidence article is testing the parameters in the UWS to weld LH2 tank domes. “We’ve already done the ring to gores and now they’re in the process of doing the trimming to do the cap to the gore weld,” Potter noted. Then that dome will be loaded into the VAC with a barrel already completed in the VWC and an L-ring from the SRT to test the two types of welds in the VAC that will be used for multiple elements. “We’re going to do a dome to barrel weld and then we’re going to also do an L-ring to barrel, so then we’re going to get both of those [VAC welds] out of the same [confidence article],” he added. The VAC will weld L-rings to the forward and aft adapters and to the interstage for EUS. Beginning work on other STA structures while waiting for VAC availability After the VAC welds are completed, coupons will be cut out of each of the welds for an extensive verification process. “It’s about a three-to-four-month process,” Potter explained. “We do a lot of cutups [for verification], we do tons of cryo testing and stress testing to make sure that those welds are going to be sufficient before we actually start welding a STA vehicle.” That process had started for the LOX tank weld confidence article, with several large coupons cut out of the article at the time of the NSF visit to MAF in October. What appears to be a fully welded dome can be seen in the background of a recent picture taken of a core stage production milestone at Michoud in early December, which could indicate its readiness to move on to the VAC weld tests. For the time being, those EUS weld confidence tests in the VAC were waiting for the tool to become available. A partially completed Core Stage-3 LOX tank has been hanging in the tool for over a year waiting for an aft dome. NASA and Boeing have been working through the issues on other weld tools with completing the dome, but in the meantime the partial structure had to remain in the tool, which also meant that it was unavailable for welding other structures. A core stage LOX tank aft dome was successfully welded near the end of 2023 and at year-end was being prepared to make the last weld for that tank and open the tool up for other work. The EUS weld confidence article is first in line. “As soon as the [Core Stage-3 LOX tank] comes out, we’re next,” Potter said. “There is a calibration schedule that it’s going to have to go through, but after that we’re next in line.” Credit: NASA/Michael DeMocker. (Photo Caption: What appears to be a completed LH2 tank dome is seen behind the American flag in this cropped image taken by NASA in December. The dome is a piece of one of the final EUS weld confidence articles to be welded; when the large VAC tool becomes available, the dome will be welded to a barrel and a ring. Following analysis of all of those welds, the EUS welding tools should all be ready to begin welding flight hardware.) In February 2023, the EUS Gray Box Assembly Area was opened at MAF; located in the middle of Building 103 at the factory, Boeing will assemble and outfit the main elements of the upper stage before they are moved to the high bay in adjoining Building 115 for final assembly. Tooling and platforms for the propellant tanks, mid-body, and forward adapter are set up on the floor, waiting to begin processing of assembled structures. Some of the structural elements are not welded and some work on those has started in the Gray Box in parallel with completion of the weld confidence work. The equipment shelf and thrust structure will be assembled and outfitted in the EUS assembly area; assembly of the thrust structure unit for the STA was underway at the time NSF visited Michoud in mid-October. “We’ve just started construction on our thrust structure, it’s the first article that we’ve actually been able to build,” Potter said. “This is the only structure we have that doesn’t depend on the weld centers. This is where the four engines will mount to.” “We’re using our FSDA (Full-Sized Determinant Assembly) process, it’s basically pre-drilled holes that line up and we just went through this entire process and all four beams went in perfectly, they’re all pre-cut at the supplier, everything fit perfect, and it’s a fully built structure.” “It’s a real success story because we at NASA were anxious how this FSDA process would work, because this the first time that this goes together and when you have big metal parts that get bolted together you often have to “ream” holes because things aren’t lined up exactly, but it went together wonderfully,” James Burnum, Deputy Manager of the NASA SLS Block 1B Development Office, said. “We had to put in one shim, it was a three-thousandths shim that we had to put over in that one corner, everything else lined up perfect,” Potter added. “It was amazing how well it came together.” Credit: Philip Sloss for NSF. (Photo Caption: A weld confidence article to validate welds for the EUS LOX tank sits in Building 115 at MAF during a recent visit. Large, rectangular coupons were cut out of the completed welds as part of the months-long analysis to verify they meet requirements and specifications.) The mid-body includes the aft adapter and struts that structurally connect LOX tank below to the LH2 tank above; it also is where the helium bottles for the stage’s pneumatic system will be located. Boeing has received the struts for the STA and was planning to get started installing some the thousands of test instrumentation sensors that will eventually cover the test article. “We’re getting ready to do some get-ahead work on our B-struts, that will eventually be built over on the mid-body stand,” Potter said. “The areas that aren’t in a pinch point or are going to have a lifting area, we’re going to go ahead and put those strain gauges and other instrumentation on there.” “There’s over 3000 strain gauges and other bonded instruments, so where we have the opportunity we’re going to go ahead and start installing those to get ahead. As soon as they get all these brackets on within the next couple of weeks, we’ll start to put strain gauges on the thrust structure as well.” Path to Green Run, first flight Both the STA and flight articles will be assembled and tested in preparation for the first EUS/Block 1B flight on Artemis IV. In contrast to the four core stage separate structural test articles for the different elements, the STA for the shorter EUS will be a single, integrated structure. The STA will be the first one completed, which is currently forecast for next year; it will be transported to Marshall and installed in Test Stand 4693 for that test campaign. The STA will have identical structures to flight articles, but it won’t include functional stage components like engines and avionics. The first working EUS article will be the first flight stage, which will be shipped to the Stennis Space Center in nearby southern Mississippi for a Green Run design verification test campaign similar to the one that the first flight core stage completed at the beginning of the decade. Like the first core stage, the first EUS will be installed in the B-2 Test Stand at Stennis for months of testing and checkout, which will culminate in a hot-fire test of the stage. Following completion of the Green Run campaign, the flight article will be transported back to Michoud. Special sea-level RL10 engines are being provided by Aerojet Rocketdyne, an L3Harris Technologies Company, for the EUS Green Run; following those tests, the stage will be refurbished for flight and those engines will be removed and replaced with the four flight RL10s. Once that work is complete, the stage and interstage will be transported to Kennedy Space Center for launch preparations. Credit: Philip Sloss for NSF. (Photo Caption: The barrel of the aft adapter flight article being assembled in the Vertical Weld Center tool in Building 115 at MAF. The VWC has already been qualified for EUS welding and now serves both EUS and core stage projects for NASA and Boeing.) Validation of the last weld tools is still in front of the team, but a lot of the STA hardware is at Michoud, waiting for assembly. “Structure-wise we’ve got almost everything except for some of the dome caps,” Potter said. “The strain gauges are all here. I’d say it’s probably up in the 75-80 percent level.” “You’ll see the simulators that go on either end of the structural test article are out here in work,” Savage added. Building the flight article will include all the integration work of the different subsystems, including the avionics, main propulsion system (MPS) and reaction control system (RCS), and all the associated tube welding, wiring installation, and testing that go along with them. The equipment shelf will house the avionics for not only EUS, but the SLS flight computers and inertial navigation system for Block 1B. It will also house a lot of MPS and RCS components, making the equipment shelf the most complicated element of the stage. A low-fidelity simulator will stand in for the equipment shelf on the STA, but Boeing has put a lot planning effort into its assembly and pre-launch maintenance. A mockup of the equipment shelf was built to help familiarize and train personnel for hands-on work, which also allowed the detailed design and beyond to be revised with improvements. “One of the things we learned from core stage was that your big challenges come in tight packaging areas, high levels of integration in very small volumes,” Savage said. “The equipment shelf, because it’s not part of our structural test article, is not one of the things we were going to build early and so we said [that] we don’t want to learn too late and on the flight article, so let’s go build a full-scale mockup and start learning. The first use of this was for the design integration, so we actually had the designers, design interns, design engineers actually building this thing as they’re designing the actual flight article and learning as they go.” Credit: Boeing (graphic), Stephen Marr for NSF (image). (Photo Caption: A Boeing graphic about the mid-body assembly tool, showing elements of EUS on the left. From top to bottom, the forward adapter, LH2 tank, mid-body, LOX tank, equipment shelf, thrust structure and RL10 engines, and the interstage.) “We have a long list of lessons learned from having done this physically, things you just can’t catch in a CAD model, so that was the first learning,” he continued. “The second learning was we had our manufacturing engineers actually help assemble this thing and start working through the planning of doing the assembly and all the routing.” “One of the things you don’t see on [the mockup] now is [the equipment shelf] is covered in wire harnesses for flight and so the first time we assembled this we [did] it at Marshall and the technicians were out there routing harnesses and making changes as we go to the design based on what they were learning during that process. [Changes were also made to] tooling and other things as we did this.” “[After] that we said how else can we use this asset. And that’s when MAF said we would love to use this as a training aid, we would love to use it to test out some of our model-based instruction processes, so we disassembled it — learning there — [and] had them assemble it and then using it as a training aid and a workshop tool in the meantime.” Boeing noted that personnel from Exploration Ground Systems (EGS) and Jacobs, their prime contractor for launch processing, had also started using the mockup for familiarization and training during visits to Marshall and Michoud. Currently, Boeing is forecasting that the beginning of equipment shelf assembly could happen this year, but a lot of parts and machines that will eventually be outfitted on the element are still working their way through qualification. “All of the avionics parts are all going through a qual program, so the parts aren’t here to start installing them [yet],” Potter said. “All the hardware is in flow in the supply base, so the individual pieces of structure, all the avionics boxes are in development right now,” Savage added. “Several of them are into qual and into acceptance testing ahead of qual, so all the pieces are out there in the supply base and working their way here.” “We got a RCS system full qualification test for the whole system as well as the helium system that pressurizes it, and then we also have hot-fire tests for the thruster pack. There’s a whole cadre of building block tests for the RCS and then the individual components will all go through acceptance and checkout and demonstrate their capability before integration into the stage.” (Lead image: Exploration Upper Stage flight and test hardware in Building 115 at MAF during NSF’s recent visit. Credit: Philip Sloss for NSF.) The post NASA SLS Exploration Upper Stage moving into qualification phase of development appeared first on NASASpaceFlight.com.

[martin-presid]

During the last weeks I've heard very often "they" and "we" in discussions about how OUR Vespa Wold Club should be managed, in which direction WE should develop the VWC and, basically, if a development of the VWC is indeed possible.

My answer about that is; YES, IF WE stop the thinking in "us" and "they"!! Every one of us knows, WE are an association -> logically wise we have a common ground, otherwise we personally would not be in this association. In a local Vespa Club the spread of interests is maybe also wide, but easier to oversee and understand. This is more complicated in a national Vespa Club, where the insight (knowledge of all details) is naturally less intensive and the interest of the members in various partial goals of the association is even more diverse.

A real World Federation it is much more complicated and especially in our case, where one member has a total different approach to define and achieving goals - and make a point here; the goals are not(!) different! So, if the goals are the same, but the approach and the idea of achieving the goals are different, why we allow or support discussions with "us" and "they"? Just to grant that we do not achieve our goals, to "battle" (as the winner of the last president election said) the other ones which different opinions? For what purpose? To "form" a "uniform" association? PLURALITY was and IS OUR STRENGTH!

We are in this, current mess, because every member of the current board stuck in the "us" and "they" cage, trying to force the VWC into a shape/form according his particular mindset. Instead to put all efforts in a goal oriented approach to achieve jointly (sense of an association!!) our goals! I did it always, and yes, if you do so, a lot of people criticise you, because you do not deliver what a person or specific group has exactly in his/her/their mind. And yes, no one "win" and get 100% according his/her mind about the way we choose. The best you can achieve is; to do it right for the majority - we are an association!! Achieving a wildly accepted compromise is the goal in solving detail problems, not to "win" against "they"!!

So, if you vote for a new board AND you are truly interested in our association, think carefully about who of the candidates is really able to SERVE in the right way to all our members!

And always remind yourself: In all (former) democracies, dictators got all elected in the beginning and "us" and "they" are always the base for totalitarianism...

[haarlemupdates]

Kennismaken met de Nederlandse cultuur, de taal alvast oefenen en een netwerk opbouwen. Goede redenen om nieuwkomers vanaf het allereerste moment mee te laten doen in de maatschappij. De kracht van Meedoen Sinds 2022 is de Nieuwe Wet Inburgering van kracht. Daarin staat meedoen voor zowel asielzoekers als statushouders centraal. Meedoen balies zorgen ervoor dat azc-bewoners vanaf dag één hun talenten in Nederland kunnen inzetten en kunnen meedoen in de maatschappij. Een echte win-win! Maatschappelijke organisaties krijgen nieuwe, gemotiveerde vrijwilligers, een inclusiever vrijwilligersbestand en de mogelijkheid om mensen met elkaar te verbinden, die elkaar normaal gesproken minder snel ontmoet zouden hebben. Voor nieuwkomers betekent het een zinvolle tijdsbesteding, terwijl ze ondertussen de taal, de cultuur en nieuwe mensen leren kennen. De Meedoenbalie in Haarlem Voor maatschappelijk organisaties wordt het steeds moeilijker om vrijwilligers te vinden en te behouden. Vacatures blijven lang openstaan en bij veel organisaties is er een groot tekort aan handen om de boel draaiende te houden. Aan de andere kant zijn er veel enthousiaste nieuwkomers die, zo lang ze geen betaald werk mogen doen, staan te trappelen om aan de slag te gaan als vrijwilliger. Om nieuwkomers en organisaties aan elkaar te koppelen, zijn VWC-BUUV en het COA (Centraal Orgaan Opvang Asielzoekers) vorig jaar een samenwerking aangegaan en een Meedoenbalie gestart. Met deze nieuwe manier van werken wordt er een brug geslagen tussen organisaties en de grote groep potentiële vrijwilligers die verblijft op verschillende opvanglocaties. Het gezamenlijk doel is om zoveel mogelijk vluchtelingen te bemiddelen naar vrijwilligerswerk én zoveel mogelijk organisaties warm te laten lopen voor deze groep vrijwilligers. Teamcoördinator VWC-BUUV Annette Muller: “De Meedoenbalie is een schot in de roos, er worden wekelijks tientallen vrijwilligers gekoppeld aan leuke klussen. Bijvoorbeeld berenklauw verwijderen in de Poelbroekerpolder, helpen bij de Haarlemse Grachtenloop en op Bevrijdingspop. Vrijwilliger blij, organisatie blij. Het is voor de nieuwkomers belangrijk dat ze een positieve bijdrage kunnen leveren aan onze stad.” Linda Wegman (directeur VWC-BUUV): “Ons doel voor 2024 is tweeledig; we willen aan het eind van dit jaar 250 bemiddelingen tussen nieuwkomers en organisaties hebben gerealiseerd. Daarnaast willen we zoveel mogelijk organisaties en initiatieven aanzetten tot het verwelkomen van nieuwkomers. Vandaar dan ook ons streven dat aan het einde van dit jaar in onze stad rond de 50 organisaties en initiatieven met nieuwkomers werken. Door onze krachten te bundelen met HiWork kunnen deze doelen nog beter worden behaald.” Ook Tim Broersen van HiWork ziet kansen door onderdeel te worden van de Meedoenbalie. “Zo krijgt HiWork een compleet beeld van de nieuwkomers. Wat willen zij, wat kunnen zij en hoe kunnen we hen begeleiden naar vrijwilligerswerk? Door in een vroeg stadium inzicht te krijgen en in contact te komen met deze groep, kan onze dienstverlening naar betaald werk alleen maar beter worden. Daarnaast kan mijn opgedane werkervaring en goede relatie met deze doelgroep van pas komen bij het optimaal bemiddelen van nieuwkomers naar organisaties en initiatieven.”            

[tokentraders]

Check out this listing I just added to my Poshmark closet: Official Collectible E.P.E Elvis Presley 50th Anniversary Watch VWC Timelink NOS.

[king-galaxius]

Liked on YouTube: Lisa Marie Presley Struggled at Golden Globes Ahead of Cardiac Arrest https://www.youtube.com/watch?v=C_Culmz-vWc

[postsofbabel]

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[vandenbusscheirrigation]

Soil Moisture Sensors (SMS) for Agriculture

SMS: A Must-Have for Every Crop

Every crop needs sufficient water saturation for optimal plant development. Proper irrigation can prevent a failure to thrive and increase the yield over your entire acreage. Whether you use drip irrigation or pivot irrigation, it's important to install soil moisture sensors (SMSs) that calibrate water delivery across different soil types and retention capabilities.

Too much moisture can lead to root rot and damage plants irreparably while too little water can leave your crops parched and unproductive. Speak with your Vanden Bussche Irrigation salesperson to find the right equipment to regulate soil on your operations or your client’s property.

“Soil moisture sensors are essential farming tools that come with online applications that make it easy to monitor and adjust your irrigation strategy remotely. This is a must-have for every crop,” -Gerad Vanden Bussche

What Is a Soil Moisture Sensor?

Soil moisture sensors measure the Volumetric Water Content (VWC) in your soil. VWC expresses the ratio of water volume to soil volume. You may see this written as a percentage, ratio, or depth of water versus depth of soil (e.g., inches of water per foot of soil).

Benefits of SMS Include:

Cost-effective

Flexible - Install with a new irrigation system or as a standalone feature

Rugged, weather-proof

Integrates with your irrigation control system

Available in solar or battery-powered systems, perfect for fields with no power or cell service

Real-time data available for remote locations

Top Soil Moisture Sensors for Agriculture

You can find top brands in the Vanden Bussche Irrigation Agriculture Catalogue. Additionally, you can work with your sales representative to find the right portable, mobile, subsurface, or other soil moisture sensor for your operation.

Top brands include ConnectedCrops,™ which offers advanced wireless SMSs to empower growers in the field. Make better management decisions with vital moisture and temperature information in the palm of your hand. Our team members can help you learn everything you need to know about this and other SMSs available through Vanden Bussche.

Data analytics and functionality include:

Temperature Inversion

Soil Moisture Levels

Irrigation Scheduling

Growing Degree Day Data

Frost Prevention

Irrometer makes some of the best soil moisture sensors in the business. Use these devices to schedule your irrigation for precise farming capability.

The advantages of these units include:

Time Savings

Optimizes Production

Water Conservation

Reduce Environmental Impact

Save Money on Labour Costs

Monitoring soil moisture avoids both over-irrigation and under-irrigation, ensuring that your crops get the moisture they need to thrive.

Isn’t It Time to Modernize with Soil Moisture Sensors?

By using soil moisture sensors, you can improve the efficiency of your irrigation tasks and turn a higher profit on your farm. There are several configurations available, all of which have distinct advantages and disadvantages. When installed and calibrated appropriately, these systems can accurately measure soil water content. Instead of inundating you with data, soil moisture sensors give you just enough data to make smart decisions based on your soil's water storage capacity.

Soil moisture sensors enable agricultural landowners to better control the water delivered to each plant. Vanden Bussche Irrigation offers top brands and unmatched customer service. Contact us today to learn more about how this advanced technology can simplify your decision-making process.