The dishes can be last long when cooked:
#1 Boiled eggs:How long should boiled eggs be stored in a refrigerator? Good news for those who are "lazy to cook" and love boiled eggs. Because cooked boiled eggs but not peeled can be last in the refrigerator for 2-3 weeks. You just need to boil it thoroughly, drain it so it safe to store it in the fridge.
#2 Cooked meat:How long can the cooked meat store in the fridge? If you like dishes such as frozen pork leg, chicken soup, frozen chicken, beef soup, etc. and want to cook them first and store them in the refrigerator, this is great for you. Because frozen dishes are considered to be the longest time that a cooked dish can last in the fridge. You can comfortably preserve 8-10 days even more if you store it in an airtight container.
#3 Cooked fish:How long will the cooked fish go bad when store in the fridge? Cooked fish dishes can last about 1-2 days for dried fish. With fresh fish, you should eat right away to avoid the fishy smell to the refrigerator and other foods.
#4 Fast food:How long can spring rolls, sausage, smoked meat, bacon last in a refrigerator? If you have opened the package and used it but still have excess, these processed foods are usually safe for 4-6 days. Cheeses, butter, bread, pastries, white porridge if opened and used, you should only leave 1-2 days in the fridge. Although these products may not go bad, odorless, but it does not guarantee quality and taste anymore. You can also base on the expiry date or the instruction manual on the package to see how specific it is to keep this food safe in the refrigerator.
Know the Right TimeIs it already time to harvest? This is perhaps the most important question that you should ask yourself. If you harvest too early or too late, the quality will be affected. The flavor can be too strong or unpleasant if you harvest too late. Meanwhile, if you harvest too early, it might not be potent at all. There is no exact science that tells you about the right time. Basically, you will need a magnifying tool to examine the health of the plant and to know if it is ready. You need to look for trichomes that are present in the buds. They are the tiny hairs that are glittery. They are filled with resins, which are responsible for its potency. Some of the best 420 microscope you can use include a handheld magnifier, jeweler’s loupe, or a digital microscope. Determining the right time of harvest will also depend on the flowering stage. The latter, however, will be dependent on the strain of the plant. Often, in the case of indica strains, the flowering stage will take approximately eight weeks. If it is a sativa strain, on the other hand, it might take about twelve weeks before it reaches the flowering phase.
Flush your MarijuanaThis is a pre-harvest procedure. This is done because marijuana can be prone to the build-up of nutrient residues or salt. Flushing is a process that gets rid of the latter. The method of flushing will depend on the growing medium that has been used. If it is grown in soil, you simply need to run lots of water. You can use rainwater and your choice of a flushing agent.
Remove the Fan LeavesAfter flushing, the next thing that you need is the fan leaf removal. You simply have to pluck the fan leaves from the stem, which will make the next steps a lot easier to accomplish. Fan leaves do not contain any potent compound with medicinal or psychoactive value, so there is no need to worry if you need to have it removed. To pluck these leaves, all that you need to do is to pull it downwards. Be careful to avoid damaging the other parts of the plant. Do not forget to wear gloves. Also, at this point, you can do it simply using your hand.
Remove the Branches with BudsNow that you have removed the leaves, the next thing to take out is the branch with buds or colas. You will need clean scissors to do this. Start from the larger branches and work your way to the smaller ones.
Choose from Wet or Dry TrimmingAt this point, you can trim the plant using best bud trimming scissors. Basically, wet trimming refers to the process of removing the remaining material on the plant when it is wet. Otherwise, if you have the time to spare, wait until the plant is dry.
Dry the BudsThe harvest does not end after the trimming. You also need to dry the buds before they are used as desired. When it comes to drying, you have to go slow. This will help in preserving the most important qualities of marijuana, which include the smell, flavor, and weight. To dry the marijuana, all that you have to do is to hang it upside down in a place that is well-ventilated. Ideally, the drying environment should have a temperature of 67 to 75 degrees Fahrenheit. Meanwhile, the humidity should be anywhere from 45 to 55%. It is also good to stay away from UV light when drying the marijuana. On average, the drying process will take seven to ten days.
Use the MarijuanaAfter following the steps that have been described above, now is the time to use the marijuana depending on the way you like it. As an added step, as shown in the photo above, you might want to weigh your buds before consumption. This will let you know the average yield and will allow you to use only the exact weight that will be needed.
Light mover automation is an imperative piece of the growroom set-up, and the more we computerize, the better. With only a bit of planning, planters can free themselves and have certainty that the mechanization is working impeccably. With recipes for success continuously implemented, planters can progress with enhanced growth rates and yield numbers.
Complete Grow Light System Control
Automation in our growroom gives us that additional layer of protection and flawlessness. Furthermore, with grow light systems automated on light movers, planters would now be able to expect substantially higher standards with regards to results.
At the end of the day, we see an even, high return result from those splendidly keyed in factors. Consistent quality and yield results are what makes a difference and robotic light mover automation can furnish planters with that control.
Mechanization is likewise about decreasing human mistakes, bringing about fewer errors in the growroom. Through automation, indoor growing systems can be dialed in for the correct outcomes required. In particular, a grow light system can be supercharged on light movers.
Farewell Hotspots, Farewell Shadows
The light mover grow light framework influences light as it identifies with distance when the grow lights are moved along the light mover rail—it wipes out shadows and hotspots.
Without the negative effect of hotspots and zoned light overkill, we would now be able to get our grow lights nearer for greatest photosynthetically active radiation (PAR) appropriate to the canopy.
It's a case of the Inverse Square Law, which expresses the following: The more distance an object is from a light source, the impact of that light is geometrically decreased. Along these lines, a grow light that is very close is intense and viable. In any case, at five feet away (1.5 meters), that same grow light is just 50% as great.
Keep in mind, it's geometrically diminishing, so at four feet away (1.2 m), the results are still poor and are quickly moving toward that 50% number.
Indeed, even at a few feet away (0.6-0.9 m), we are not utilizing the grow lights to their maximum capacity, despite the fact that that is what those light producers suggest. Notwithstanding, they are giving us these numbers thinking in stationary grow light terms.
Robotic Lights Reach Every Leaf
In the meantime, light movers likewise influence light as it identifies with leaf territory. When we move our develop lights along the light mover rails, each leaf region interfaces with the power of those grow lights. That collaboration is for the right timeframe for each leaf surface. This is called Leaf Area Index (LAI), and it is necessary for accomplishing maximum yield.
Light movers, which transform indoor grow lights into robotic moving lights, get every one of the leaves to associate and work for the benefit of the plant by getting that closer, quality, enhanced PAR indoor plant light to get to every one of the leaves at the right time.
30% More Area Covered
Light movers can cover no less than 30% more zone as opposed to stationary grow lights. Not only do they utilize mechanization in the growroom, including closer coverage for maximum PAR and more leaves working for the benefit of the plant, but they likewise enable each light to cover a greater amount of the growroom. That makes effectiveness and can reduce electricity and maintenance costs.
Robotic light movers give a definitive automation and that automation is in the region where it is most needed.