Oil prices have taken a hit, dropping from around $70 to just over $56 per barrel. This drop is tough on big oil companies like ExxonMobil, who make a lot of their money from drilling and producing oil. ExxonMobil has some of the best oil fields in the world, like the Permian Basin in the U. S. and
Plant pictures are super important. They help scientists study plants and farmers grow better crops. But taking good pictures is hard. Cameras aren't always high-quality. They can be expensive. And the environment can mess up the pictures. So, what's the solution? Some people use deep learning. Thi
Oil prices have been on a rollercoaster lately. They've just had their biggest two-day drop in almost a month. Why? Well, it's a mix of things. First, there are these peace talks about Ukraine. If a deal happens, it could mean fewer sanctions on Russia. That would let more Russian oil flow into the
Plants have a clever way to fight off viruses. They use a system called SAR, which stands for systemic acquired resistance. SAR acts like a plant's immune system, helping it remember past infections and protect itself better in the future. Salicylic acid (SA) and its friends, like MeSA and AzA, are
Plants are reacting to climate change, but it's not as simple as one might think. Scientists have been studying how plants respond to warmer temperatures, especially in spring. They've come up with a new way to measure this response, called "phenological lag. " This measures how plants are affected
Plant oils are packed with important fatty acids like omega-3, omega-6, and omega-9. These are good for our health, but measuring them accurately is tough. The problem? They are in tiny amounts and mixed with other stuff. Scientists have come up with a new method to tackle this issue. They created
Plants are packed with good stuff like vitamins and minerals. But there's a catch. They also have something called anti-nutrients. These sneaky compounds can block the good stuff from being absorbed. This makes it harder for the body to use the nutrients. Anti-nutrients work in different ways. Some
Oil refineries have a problem: they produce a lot of waste. But what if this waste could be turned into something useful? Researchers have been looking into this idea. They took two types of waste: oily sludge (OS) from refineries and algal biomass (AB) from wastewater treatment. The goal was to see
Plants have a clever way of handling stress. They use special molecules to send signals and protect themselves. These molecules are hydrogen peroxide (H2O2), nitric oxide (NO), and hydrogen sulphide (H2S). At high levels, they can cause damage. But in the right amounts, they help plants adapt to tou
Plants have clever ways of dealing with cold. One such method involves a group of genes called Calmodulin-like (CML) genes. These genes act like tiny sensors, picking up signals from calcium and helping plants survive chilly temperatures. Scientists have been studying these genes in various plants,
