The mass of the willow tree likely increased significantly due to the process of photosynthesis, where it converts sunlight, carbon dioxide, and water into glucose and oxygen. This glucose serves as an energy source and building block for growth, leading to the development of new leaves, branches, and roots, all of which contribute to the increase in biomass. Additionally, the tree's efficient nutrient uptake from the soil and favorable environmental conditions, such as adequate sunlight and water availability, can further enhance its growth and mass accumulation.
Van Helmont's conclusion after his experiment was after the 5 years the amount of soil weighed the same amount, and that the willow tree gained weight by the water that was being added daily. He was wrong because the willow tree got its nutrients and energy not only from water, but also from Co2. This is relevant to what we now know because Van Helmont thought that the willow tree would use material from the soil to grow, but it was actually the water and the CO2 which made the tree grow. -Lily Gallo
Shift to a seller's market.
This depends on the type of willow. The Salix (willow) family spreads from small ground hugging shrubs to large trees.
Shift to a seller's market.
Shift to a seller's market.
Shift to a seller's market.
fatty acids
A sample consists of a small portion of data when a population is taken from a large amount.
White willow (Salix alba) is a large tree that grows in Central and Southern Europe, Asia, and North America.
osier
"Large" isn't very specific, but seasoned, dry willow wood is about half a ton per cubic meter. "Wet"/"Green" wood would be a bit higher than that.
Excessive taxes as well as a lack of representation in government