The f1 (first generation) males are sterile, but when the f1 females are bred back to cattle, both male and female offspring will mostly be fertile.
No, fertile soil is rich in nutrients that are essential for plant growth. Soil fertility depends on the presence of key elements like nitrogen, phosphorus, and potassium, as well as other micronutrients. Soils that lack these nutrients are considered infertile.
Infertile soil is soil that lacks the necessary nutrients and organic matter to support plant growth. This can result from poor soil management, loss of topsoil, pollution, or natural factors like erosion or an imbalance of nutrients. Plants struggle to grow in infertile soil, leading to lower crop yields and decreased biodiversity.
Fertile soils are such soils whose initial parent rock, had various compounds, elements and nutrients, which are very suitable to render soil very fertile and healthy for the crops being grown. Climate and drainage, also highly affect the fertility of soil. Not to mention that whether the soil is of acidic or alkaline formation (limestone soils) plays an important role in distinguishing between fertile and infertile soils. Abundant and extra rain water and drainage in soil blocks the presence of oxygen,, which is a major factor for soil fertilty (aeration of soil). That's why permeability of soil and mineral content affect a lot in soil formation. On the other hand, it is important that soil gets moderate amounts of sun shine and rain water. Too much of any of these mentioned can ruin the very complex and lengthy process of soil fromation which could have taken millions of years to form. Colour and texture also can distinguish between fertile and infertile soil. Usually the darker the soil is, the more rich in nutrients, humus, and organic and inorganic matter the soil is. Red colour in soil (terra rossa soil) indicates the presence of ferrous compunds, which usually provide fair fertility. Topography is a major factor which apperantly affects majorly farming in different parts of the world. In steep sloping areas (such as Lake District in the UK) suffer from a lack of fertile soild, because of the fact that sloping hills, hinder in soil formation, and variable inputs, like soil creep, mudflows etc..can put back a highly delicate process millions of years before. On the other hand, places like East Anglia in the UK, having the majority of land flat and low-lying, offer the opportunity to soil to accumulate and use time and weather elements to become more fertile by time by various methods of rock erosion, vegetation decay, formation of humus, transportation and deposition of millions of tiny particles which make the soil very fertile.
Clay soil is not inherently infertile, but it can have challenges for plant growth because it tends to be heavy and compacted, making it difficult for roots to penetrate. Adding organic matter like compost can improve clay soil's fertility by improving drainage, aeration, and nutrient availability for plants.
Podzol is a term given to soils that are infertile and have a light-brown color due to poor humus. Chernozem is a term given to soils that are rich in humus and thus are fertile. In addition, they have a black color because of the rich humus.
fertile
Infertile or barren.
Infertile.
Yes, they can and have in the past.
If you assume she is fertile, you will have very few problems.
Having a D&C will neither make a fertile women infertile, nor make an infertile women fertil.
Fertile refers to the ability to reproduce or produce viable offspring, while infertile means the inability to reproduce or produce viable offspring. In the context of soil, fertile soil is rich in nutrients and supports plant growth, whereas infertile soil lacks essential nutrients for plant growth.
Pastoral Land
The opposite is infertile, unproductive, or barren.
It is possible. But you could be fertile.
Infertile eggs will go white within 36 hours. The fertile ones stay amber (clear).
Most tetraploid organisms are fertile because they have four chromosomes. Triploids on the other hand have three chromosomes which make it infertile.