Plants and Flowers

Oh, dude, nature words that start with "U"? Like, seriously? Okay, let me think... Oh, got one! "Umber" is a color, right? And, uh, "underbrush" is a thing in the woods. So, there you go, two whole nature words that start with "U." You're welcome.

What is yoruba name for patchouli

Oh, dude, the flower with three letters in its name is the "pea." Yep, like the vegetable but apparently also a flower. Who knew, right? So next time you're playing a word game and need a three-letter flower, just remember the pea!

Crickets could eat reeds and algae but, since crickets are not well adapted to aquatic life they typically would not. There are examples of non-aquatic algae (such as lichens) that crickets could eat without getting their feet wet if you care to argue.

Heliotropism is stimulated by light. Plants exhibit heliotropism by growing towards a light source to optimize photosynthesis. This natural response helps plants to maximize their energy production.

Flowers attract pollinators like bees and butterflies for reproduction. Leaves perform photosynthesis to produce energy for the plant. Stems provide support for the plant's structure and transport water and nutrients.

Some plants similar to duckweed include watermeal (Wolffia spp.), waterfern (Azolla spp.), and water lettuce (Pistia stratiotes). These plants are small, floating aquatic species that can be found in ponds, lakes, and slow-moving water bodies.

Plants take in carbon dioxide from the air through tiny pores on their leaves called stomata. They convert this carbon dioxide, along with sunlight and water, into energy through a process called photosynthesis. They also absorb nutrients from the soil through their roots to support their growth and development.

To produce energy, our cells need oxygen to undergo the process of cellular respiration. Breathing brings oxygen into our bodies, where it is used to convert food (glucose) into energy (ATP) through a series of chemical reactions in the mitochondria of our cells. This energy is then utilized for various functions in our body.

Most indoor plants can tolerate water with a salinity level of up to 200-300 parts per million (ppm). Salinity levels higher than this can lead to salt build-up in the soil, affecting the plant's ability to take up water and nutrients. It's best to use water with lower salinity levels for indoor plants to prevent any potential damage.

A cold room can slow down the rate of photosynthesis in plants because low temperatures can affect enzyme activity. Enzymes are vital in the reactions that drive photosynthesis, and their activity decreases in cold conditions. This decrease in enzyme activity can inhibit the plant's ability to produce sugars through photosynthesis.

The plant with sword-like leaves starting with the letter "i" is Iris. It is a flowering plant that belongs to the Iridaceae family and is known for its striking sword-shaped foliage.

The monarch butterfly is attracted to the colourful leaves of milkweed plants due to their vibrant hues and unique patterns. These leaves contain toxins that make the monarch caterpillars unpalatable to predators, aiding in their protection. The bright colors act as a warning signal to predators that the monarch caterpillars are toxic and should be avoided.

The above ground portion of a plant is called the shoot. It includes stems, leaves, flowers, and fruits.

Plants in cold regions can still perform photosynthesis by adapting to the cold temperatures. They may have special adaptations, such as antifreeze proteins to prevent ice formation in their cells, or they may have mechanisms to protect their chloroplasts from damage due to freezing temperatures. Additionally, some cold-adapted plants may have a shorter growing season and bloom earlier in the year to take advantage of the limited warmth and sunlight available.