Kew Tally of How Many Plant Species Known to Science

Kew Tally of How Many Plant Species Known to Science

How Many Plants Are There on Earth?

Plants are a huge part of life on Earth. They provide habitats and shade, produce food, and act as natural air purifiers.

There are hundreds of thousands of different types of plants in the world, from flowering trees and orchids to mosses and ferns. The number of species is staggering, and new ones are discovered all the time.

Kew Tally of How Many Plant Species Known to Science

How Many Plants Are In The World?

Plants are an essential part of life on Earth. They provide habitats for human and nonhuman animals, take in carbon dioxide and sunlight, and produce oxygen and sugar. They are also a major source of food, fuel, and medicine.

During their lives, plants go through many stages in their development. They start out as nonvascular plants, which have no vascular structures to transport water and nutrients. Later, they become vascular plants with specialized vascular tissues that allow the transfer of water and nutrients to the rest of the plant.

Vascular plants are divided into phyla, or groups. They include mosses, liverworts, ferns, and gymnosperms (plants with naked seeds).

There are an estimated 390,900 species of plants known to science. Almost all of them are vascular plants, and 94 percent of these are flowering plants.

The Royal Botanic Gardens at Kew in England has released a report that estimates the number of vascular plants in the world. The researchers compiled the total using a number of databases.

They found that there are 391,000 vascular plant species that are known to science, and 94 percent of these are flowering. The report states that this is a “first global tally of all plants”.

According to the report, there are many species of vascular plants that are currently in danger of going extinct, and scientists must work hard to protect them. Among the most endangered are trees, which are being cleared for agriculture or destroyed by fires.

In addition, a growing number of flowering plants are being threatened by humans. The largest threat to flowers is invasive species, which are pests that kill plants and pollute the soil. Another major threat is overuse of fertilizers, which cause soils to lose their nutrients. In addition, a third threat is climate change, which causes plants to die off in colder areas.

What is a Plant?

Plants are living organisms that grow in the ground and include grass, flowers, bushes, trees, ferns, and mosses. They are part of the kingdom plantae (plant family).

They have eukaryotic cells with rigid cell walls and chloroplasts that help photosynthesis occur. They also have a nucleus and large vacuoles filled with water.

All plants, except those that are parasitic or endosymbiotic, rely on the process of photosynthesis for their food. During this process, light energy from the sun is converted to chemical energy in the form of sugars using the pigments chlorophyll a and chlorophyll b.

This is the basis for all life on Earth. In fact, green plants are the primary producers in nature’s food chain. This is why they are the most abundant organisms on the planet, and they have a huge impact on all other living things in our world.

In addition to providing food and shelter, plants are important sources of oxygen. They also conserve natural resources, such as water, minerals, and nutrients.

The word plant comes from the Latin planta (“sprout, shoot, cutting”). They are mainly multicellular, with rigid cell walls that contain cellulose and chloroplasts for photosynthesis.

They also have a cuticle, or waxy layer, that protects them from drying out. They produce spores and sex cells for reproduction, but they can also reproduce in an asexual way by budding or fragmenting.

Most land plants evolved from aquatic ancestors. They adapted to the terrestrial environment by gaining specialized tissues and cells that enable them to absorb water, transport water and nutrients, and provide structural support.

These specialized tissues and cells are called vascular tissue. They link all parts of the plant and transport water, nutrients and manufactured food around. These vascular tissues also aid in the transport of chemicals and other compounds.

Plant Classifications

Plants are incredibly complex and diverse, so they need to be categorized in order to have an organized way of identifying them. Botanists (scientists who study plants) have come up with a system of classification to organize the millions of different plant species in the world.

There are several ways to categorize plants, including based on their characteristics or their environment. This process is called taxonomy, and it’s a very important tool for scientists to use when trying to identify plants.

Traditionally, plant taxonomy has been based on morphological similarities among plants. This is still used in some cases, but newer methods of classifying plants are based on phylogenetic (ancestral) relationships.

These phylogenetic relationships are based on the amount of DNA a plant shares with other plants in its family. This information allows taxonomists to better understand the relationships between different plant groups, and how they’ve evolved over time.

Another way that plants are classified is by their phylum. This is a grouping of plants that share common characteristics, such as their life cycles or whether they produce seeds or spores.

The phyla are further divided into different clades, each of which focuses on different parts of a plant’s biology. For example, one clade focuses on the non-vascular plants. This includes the ferns, mosses, liverworts, and some other land plants.

A fourth division of plants is based on a plant’s chemistry and its photosynthesis process. This is the part of plant nomenclature that most people know about.

Scientists also use this type of classification to find out more about how different plant groups have developed their specific traits and why they exist. This helps them to improve their agriculture practices, develop more effective herbicides and fertilizers, and more.

How Many Plants Are in the World?

Plants are a vital part of our ecosystem. They provide food, fuel, medicine, shelter, and transportation for billions of people worldwide. They are also responsible for a huge portion of global biodiversity, and many are threatened with extinction.

There are about 390,900 species of plants known to science. Of these, about 31,000 have a documented use, such as for food, energy, medicines, animal feed, building materials, and more.

These plants include ferns, trees, bushes, shrubs, and flowers. Most of them are members of the vascular plant family, which conducts water and nutrients throughout a plant.

Scientists estimate that about half of all the plants on Earth have been described, and another ten percent are being discovered each year. However, estimates of the total number of species are extremely difficult to determine, and the number is likely much higher.

Researchers compiled a new report about plant diversity, and they found that 21 percent of the world’s plant species are threatened with extinction. The main threats are habitat destruction for farming, construction and agriculture (including oil palm plantations), while climate change is a smaller factor.

The report also revealed that a variety of new species are being discovered each year, with Australia, Brazil and China leading the way. One of the most interesting is a fast-growing plant called “watermeal,” which grows in ponds and divides into two plants about every four days.

Other new plants discovered this year include Gilbertiodendron maximum, a giant tree that can grow up to 105 metric tons; Oberholzeria etendekaensis, a succulent shrublet from Namibia; and a sprawling insect-eating plant in Brazil. There were also 90 new Begonia species, five new onion varieties and a whole lot of other weird and wonderful plants that are now known to the scientific community.

The World’s Biggest Plant

Flowering plants have dominated the world landscape for millions of years. They use their color and scent to attract pollinators, who then help them reproduce. They also provide nutrients for other organisms to thrive.

One of the biggest plants in the world is an underwater field of green seagrass off the coast of Western Australia. It’s 180 square kilometers long and has survived for 4,500 years by repeatedly copying itself, scientists say.

It’s called Posidonia australis, more commonly known as ribbon weed, and it is found at Shark Bay – a UNESCO World Heritage site on the country’s western coast. The ribbon weed meadows stretch as far as the eye can see in all directions, and it is estimated to be 20,000 hectares in size.

The meadows are so dense that they can withstand extreme heat, and in 2010 a heatwave damaged them, but they are now recovering. But climate change is threatening these plants.

Researchers discovered the world’s largest plant when they were conducting genetic testing at a giant seagrass meadow in Shark Bay, Australia. They discovered that what was initially thought to be a seagrass meadow was actually a single massive clone of Posidonia australis.

Scientists said the clone has double the number of chromosomes that normal Posidonia australis plants have, and it is believed it was formed about 4,500 years ago. It’s called polyploid, which is usually only found in plants that have hybridized with other species, but it has happened in this case because the plant was growing in the shallow waters of Shark Bay.

This discovery is a huge surprise, according to researchers. “We had thought there was a whole giant seagrass meadow but we had never come across this particular plant,” researcher Dr Elizabeth Sinclair from the University of Western Australia told reporters.

How Many Plants Are There?

A recent study estimates that there are about 391,000 plant species known to science. Approximately 2,000 new species are discovered or described every year.

They’re members of the kingdom plantae, which includes trees, bushes, flowers, ferns and mosses. Through photosynthesis, they convert water and carbon dioxide into the oxygen that we breathe and sugars that provide the fuel for life.

Benefits of Plant Life

Plants provide a wide variety of benefits for human health, environment, and well-being. These include food, fiber, medicine, feed & forage, industrial material and ornamental and cultural services.

They also help protect the environment by reducing soil erosion and pollution. The roots and microorganisms of plants hold the soil together, preventing erosion, and keeping it healthy.

In addition, plants keep a balance between carbon dioxide and oxygen in the air. This prevents global warming and helps reduce greenhouse gas emissions that contribute to climate change.

The process of photosynthesis is a biological marvel that allows plants to synthesize food from carbon dioxide, sunlight and water. Without this process, animals would starve to death and the world’s ecosystems would suffocate.

Respiration is another essential part of the growth process. In animals, the blood carries the carbon dioxide and oxygen that are produced during respiration to the lungs where they can be released into the air. In plants, respiration takes place at the cellular level and involves the diffusion of oxygen into the open spaces within the cell, through the stomata.

Many plants store carbohydrates in their roots for future use. These roots are essential for a plant’s growth and development, as well as its ability to thrive in different environments. Roots also have important medicinal properties that can help a variety of ailments.

how many plants are there


The amount of food that humans consume is mind-boggling. The invention of agriculture, improved processing techniques and the ability to transport food around the world has resulted in a cornucopia of delicious dishes from across the globe.

The latest tally from the Royal Botanic Gardens Kew suggests that there are 390,900 plant species on planet Earth, many of which have yet to be discovered by the human race. The new tally includes an estimated 2,034 species that have been uncovered in the past year. While there are a lot of plants to choose from, the question remains: how many will survive for long?

There are a few notable exceptions. For example, there are no flowering plants (or trees) in the tropics, but that is not to say that we cannot expect them to abound in the warmer climates of Australia and Africa.

The best way to estimate how many of these creatures are surviving is to study the number of species at risk of extinction. The good news is that the best estimates show that most are not currently in peril. However, a growing number of species are in the process of being declared extinct and relegated to the scrap heap, as are some that have survived for millennia.


The plant world is a very complex place and there are many different kinds of plants. The simplest of all are the nonvascular plants like mosses, liverworts and hornworts that don’t need a vascular system to transport water or nutrients from their roots.

There are also vascular plants like ferns, lily pads and flowering plants. There are lots of other different kinds of plants and all of them have important roles in the environment.

A plant is a natural home for a living organism and it provides that living organism with food, water, shelter and space to grow and raise offspring. There are lots of different types of habitats including forests, grasslands, steppes and deserts.

In towns and cities there are parks where all sorts of people go to enjoy the outdoors. These are also great places for all sorts of animals to live too.

Another type of habitat is coastal water. The sea around the coast is sheltered from the wind and has lots of sand dunes along it. These sand dunes are very useful for animals because they are shallower and drier than the open ocean.

In this way, the sand dunes protect animals and plants from the salt spray of the sea. The plants that have adapted to this habitat can filter out the salt or they can shield themselves from it.


Oxygen is a reactive element that reacts with many other elements in the periodic table to form oxides. It is used in industrial processes such as steel production, water treatment, and chemical manufacturing. It is also used to disinfect water, sterilize medical equipment and bleach textiles and paper pulp.

Oxygen is formed from carbon in the ground and by the burning of fuels such as coal, oil or natural gas. It is also found in water, sand and other materials.

In nature, oxygen is produced by bacteria that photosynthesize. These cells produce a large portion of the oxygen that we breathe, and up to 20% of it comes from oceanic plankton.

There are three ways to arrange adsorption-based oxygen plant flow processes: pressure swing adsorption (PSA), vacuum swing adsorption (VSA) and mixed systems (VPSA). In the PSA method, highly absorbable components in the gas mixture enter the membrane by adsorption while low absorbable or non-absorbable ones go through the membrane under positive pressure.

Among the available solutions for on-demand production of gaseous oxygen, adsorption plants are an ideal choice for applications that require low-cost, high purity oxygen at a capacity of up to 5,000 Nm3 per hour. They are compact, energy-saving and trouble-free, based on a reliable and flexible vacuum pressure swing adsorption process. They can be delivered in pre-engineered fully standardized and containerized form or customized for individual requirements.


Medicine is the practice of preventing, alleviating or curing disease. It includes medical research, clinical practice and surgery.

Medicinal plants have been used for centuries to treat illnesses and injuries. There are many plants that are easy to grow and have incredible healing properties.

A study by the Royal Botanic Gardens, Kew, estimates that there are 390,900 plant species around the world. They have also determined that 21% of plants are at risk of extinction due to climate change, habitat loss and disease.

The plant cell is the basic organizational unit of plants (Figure 1). Each living cell contains a nucleus that controls chemical activities, and cytoplasm that contains organelles, water, pigments and minerals.

However, most plant cells also contain toxic compounds that can be harmful in large doses. This can make it difficult to determine whether a particular medicinal plant is safe for human use.

In order to avoid these dangers, it is important to know the exact amount of a compound in a plant. This is especially important if you want to use it in small amounts or a purified form.

Traditionally, herbal medicine was an important part of most cultures. It was often used alongside religious, ritual and magical resources. It was a way to keep people healthy and strong. In modern times, medicine has become more scientific and relies on technology.


There are a staggering 390,900 known species of plants. The new figure is the result of a comprehensive study from scientists at Kew, London’s Royal Botanic Gardens. The plant tally is impressive but it doesn’t take into account the fact that a good proportion of the world’s biodiversity is at risk of extinction.

This includes the many varieties of flowers, fruits, trees, fungi and algae. There are also a number of different classes of plants, including nonvascular (no vascular) and vascular plants that have specialized tissues to transport water and nutrients. The former group, the phylum Bryophyta, contains over 10,000 varieties of mosses and liverworts.

The vascular plant group, the phylum Pteridophyta, features over 12,000 species of ferns. The highest rated plant by name is probably the Angiospermae, which has over 300,000 flowering plant species.

Considering that the human species is a mere 3.55 billion, there are a lot of flora on our planet to choose from. For example, there are tens of thousands of flowering orchids growing on the African continent alone. As such, the best way to appreciate the plant species that are currently around is to travel as much of the globe as possible. Taking a trip to a botanical garden is one of the best ways to see all of the incredible plants that have made our planet so beautiful. So next time you’re strolling through your local garden centre or botanical garden, don’t be afraid to get your hands dirty.

How Many Plants Are There in the World?

A new report from the Royal Botanic Gardens, Kew in the United Kingdom, reveals there are an estimated 391,000 vascular plant species known to science. More than half of these (369,000) are flowering plants.

The report also notes that 2,000 new plant species are discovered or described every year. Despite these discoveries, many are already at risk of extinction.

What is an Invasive Plant Species?

An invasive plant species is a non-native (non-native to the region in which it is introduced) plant that moves aggressively into a natural community and takes over resources like light, water, space and nutrients. It often does so at a faster rate than the plants native to that area can adapt.

Invasive plants threaten wildlife, waterways and scenic landscapes. They prevent boats and hikers from getting around, reduce habitat for wildlife, degrade fishing and hunting resources, increase fire fuel loads, clog waterways and intake pipes, and even change soil microbe communities in ways that harm forests and other natural areas.

They also spread quickly through the underground networks of root-like parts called rhizomes that they leave behind. The rhizomes can be spread by birds, insects, or humans.

Many invasive plants are imported by people for ornamental purposes or as food sources. They are purchased at nurseries, wholesale suppliers, and other retail outlets.

During their rapid expansion, these plants can cause serious damage to our environment and economy. They compete with local plant and animal populations, eat large amounts of natural resources, disrupt the ecological balance of a habitat, and even cause disease in humans or pets.

For example, English ivy is an aggressive-spreading vine that can destroy trees by restricting sunlight. It is a common nuisance in the east and west coasts of the United States.

Invasive plants can be found in most regions of the world, and they are especially difficult to control in the United States. They are frequently imported as ornamental and/or food plants, and they can be released in new areas by accidental release or tagging along with other plants.

how many plants are there

Giant Hogweed

Giant hogweed (Heracleum mantegazzianum) is an invasive, nonnative plant species that has spread to many states and Canada. It is on the federal and Ohio noxious weed lists and is illegal to propagate, sell or transport.

This plant is a serious health hazard. The sap contains toxins that can cause skin burns and rashes. The sap can also be irritating to the eyes, nose and throat if it comes into contact with sunlight.

Like many nonnative plants, giant hogweed is becoming more common in areas of North America that are experiencing natural or human-induced habitat loss. Past land use, disturbances, shading and other site characteristics may determine the invasion potential of a particular location.

Invasive giant hogweed is a monocarpic herb that grows in wet meadows, fields, forests, roadside and stream banks. It prefers open sites with abundant light and moist soil but can grow in partially shaded habitats.

Flowers are white and appear in late June to early July. They are similar to queen-Anne’s-lace but much larger, up to 2 feet across.

Seeds are dry, flattened ovals about 3/8 inch long containing one seed. Mature seeds will not germinate until the following spring at the earliest. A small portion of seeds will remain viable in the soil after three years or more. However, most seeds do not germinate after the year of fruiting.

Stratification: The majority of ripe seeds shed in the fall are dormant and will not germinate until a time when the temperatures are cold enough to break dormancy. Soils collected in October in northeastern Zealand, Denmark, showed almost no germination of seeds. This is probably due to the fact that the seeds were exposed to cold temperatures during a period of dormancy.

Guinea Grass

Guinea grass is a tufted perennial that can grow to over 2m in height. It is a valuable fodder plant and is commonly used to make hay. It is highly palatable and attracts many seed-eating birds.

It is adapted to a wide range of climates and soil types. It is well suited to deep and moist soils, but can also be grown in dry areas if adequate moisture and fertility are provided.

The species is native to Africa, but it now occurs throughout tropical regions around the world. It is often cultivated as a pasture grass in the upland tropics and southern margins of the wet tropics.

As an invasive species, Guinea grass is a significant concern. It competes for soil resources, light, and other important resources. It also affects nutrient cycling and fire cycles.

Invasive grasses often produce taller plants than native grasses, allowing them to outcompete other vegetation. They also have higher biomass per plant, which increases their productivity (Canavan et al., 2019).

These factors contribute to their invasive success. They also encourage a higher reproductive potential, enabling it to disperse in new habitats (Rhodes et al., 2022).

To understand how invasive Guinea grass differs in its native and invaded ranges, we compared the ecology and biology of this grass in its introduced and native ranges to determine how it escapes a diverse set of natural enemies. These differences will inform our efforts to manage this grass and improve our understanding of its invasive success.

Our results indicate that a broad array of arthropods and ungulates can outcompete and control Guinea grass in its native range. However, these ungulates are not found in the invaded range and may be a contributing factor to its invasive success. Moreover, the abundance of this grass’s natural enemies is relatively low in its invaded range compared to its native range. This suggests that there are potential gaps in biological control strategies for this species.

Prickly Pear Cactus

The prickly pear (Opuntia) genus contains many types of fruit-producing cacti. Some species grow as shrubs, while others are tree-like. Some have spines, while others have no spines at all and lack glochids, which are tufts of tiny hair-like spines that can cause skin irritation when touched.

Some prickly pears are cultivated for food in several countries, especially Mexico. The tender young pads are stripped of their spines and eaten raw in salads, soups, and tacos. The larger fruits, called tuna in Latin countries, are also used in a variety of ways, and are a good source of dietary fiber.

If you want to plant a prickly pear in your yard, select a location that receives full sun with well-draining soil. The cactus will need support until its roots grow, so prop up the plant with rocks or other sturdy material.

To grow a prickly pear in a pot, choose a container with drainage holes and a potting soil that is designed for succulents. Fill the pot with a layer of gravel at the bottom and add a layer of succulent potting soil on top.

Once the cactus is in place, water it well but not too much, keeping it moist until the top inch of soil feels dry. Avoid overwatering and don’t let the water stand too long because it can cause the cactus to rot.

Some species of prickly pears can be difficult to keep under control. If the cactus is growing too fast, try pruning it back by removing some of its fleshy paddles. This can be done with a pair of heavy-duty gloves and tongs.

Endangered Plants

Endangered plants are rare and unique species that are threatened with extinction. The federal government protects plants that are endangered by listing them as such. In addition, the Act prohibits transport and trade in endangered plants.

Several factors contribute to the extinction of plants, including pests, disease, and climate change. However, the primary reason for plant extinction is a lack of demand for the products that these plants produce.

These products include foods, medicines, and other necessities. When those products are no longer needed, the plant species loses its value.

Another factor that can lead to the extinction of a plant is its habitat. Loss of forests and other natural habitats can reduce a plant’s ability to reproduce, grow, and spread.

In a recent study, scientists discovered that a majority of the world’s rare plant species live in hotspots that have remained relatively stable over time. Unfortunately, the research also revealed that these areas are now experiencing a high rate of climate change and human disruption.

For example, in the United States, coastal sage scrub and grassland habitats are being destroyed. These habitats provide a home for a variety of wildlife and help stabilize the soil.

Other reasons for the decline of plant populations include pests, disease, and poor soil quality. These problems often affect a single plant, but can lead to the loss of many plants within a species’ range.

Several Federal agencies have the authority to list plant species as endangered or threatened. These decisions are based on the best available scientific and commercial information. The agency also must consider whether the action will jeopardize the continued existence of the species.

How Many Plants Are There on Earth?

The number of plants on Earth is a big question. It’s important to find out how many there are because we rely on them for food, medicine and more.

They are also essential for the ecosystems that support animals and other life. However, a growing number of plant species are at risk of extinction.

The Number of Known Plants Species in the World

About 2,000 new plant species are discovered or described each year, many of which are on the verge of extinction. This is one of the reasons why it is crucial to keep an eye on the number of known plants in the world.

According to the Kew Research Centre, there are 391,000 vascular plants known to science. These include flowering plants, conifers and ferns.

The vascular group contains plants that have specialized tissues to transport water and nutrients. The earliest known plants, called nonvascular, did not have this type of tissue.

During the Devonian period, nonvascular plants adapted to land with roots and woody stems. Later, vascular plants became widespread.

The plant community is a very important part of Earth’s biodiversity and is the lifeline of billions of people around the globe. However, many of these plants are under threat because of habitat changes and pests and diseases.

How Fast are Plants Growing and Increasing

For a number of reasons, including genetics and environmental conditions, some species are capable of growing bigger and faster than others. The question on many a plant enthusiast’s mind is, how can we best harness this amazing capability? It turns out there are several ways to go about it. Using a few simple ingredients, we can help our favorite greenians grow faster and smarter in no time. With a little thought and a lot of patience, your indoor or outdoor plants will reward you with a bountiful crop of tasty treats. For starters, let’s take a look at the science and engineering behind some of these wonders of nature. Among other things, we’ll explore the main pillars of hydration and the requisite nutrients that allow the magic to happen. From there, we’ll touch on the other important factors that go into creating a well-balanced ecosystem.


Phytotaxa is the world’s leading botanical journal. It has been published since 2009 as a sister journal to Zootaxa and is run on a voluntary basis by an international editorial board. Phytotaxa publishes papers on all aspects of systematic and taxonomic botany, including monographs, floras, and revisions of large genera. It also publishes research on new names and species.

During the past five years Phytotaxa has grown to become the number one journal in taxonomic botany (Fig. 1). It has replaced Taxon in both the number of papers and pages published annually, and in total citations to current papers.

In addition, Phytotaxa is a more flexible publication model than Taxon, which typically has yearly page limits. It is a major factor in attracting authors to Phytotaxa who may be otherwise dissatisfied with the long publication delays of other journals in this field.

A large team of expert editors has made it possible to rapidly and effectively publish the highest quality papers. These editors are distributed throughout the world and act as a critical part of the team to ensure that the journal meets its objective of rapid publishing.

A core group of 22 active Phytotaxa editors accepted a total of 109 papers from 2009 to 2013 (Table 1). Four of these editors were chief editors: Christenhusz, Esser, Govaerts and Zhang. They accepted more than 75% of all papers published during this period.


The oceans are a crucial part of our planet. They serve as a huge heat reservoir that affects climate and weather, are home to a large proportion of the earth’s animal population and contribute significantly to the carbon cycle. However, these oceans are being increasingly threatened by human activity.

The world’s oceans are divided into five major regions: the Arctic, Atlantic, Pacific, Indian and Southern (Antarctic) Oceans. But some experts argue that the oceans are actually one giant Global Ocean, which spans 139 million square miles of the globe.

There are many types of plants in the ocean, and they all play a vital role in maintaining healthy ecosystems. For instance, seagrasses provide food for manatee and sea turtles, store carbon and offer shelter to a wide range of marine life.

Other types of ocean plants include algae and kelp. These are adapted to live in deeper waters.

While they need sunlight for photosynthesis, they also get nutrients from the water around them. For example, some species of phytoplankton require iron for their growth.

Phytoplankton are free-floating single-celled organisms that are essential to the food chain. They take up billions of tons of carbon dioxide from the atmosphere through photosynthesis and use this carbon to produce the food that nearly all other animals on Earth need for life.

The world’s oceans are a significant carbon sink, helping to prevent the buildup of greenhouse gases in the atmosphere by taking up CO2 from the air through photosynthesis and dissolving it by reacting with bicarbonate ions. But the oceans are also being impacted by a number of human-caused threats, including overfishing, nutrient pollution and climate change.

Forest Trackers

The world’s forests are under attack by growing demands for timber, palm oil and land for agriculture. As a result, researchers are using big data and advanced spatial statistics to better understand deforestation and help preserve the rainforest for future generations.

One way that scientists are tracking forest changes is through the use of GPS trackers. In Sons of the Forest, these can be found by following purple markers on the map (press M to bring up your GPS map).

After picking up a GPS tracker, you can equip it in your inventory and use it while holding it in your hand. They’re useful for marking certain locations, such as a specific area that you would like to return to later.

Another important tool in the fight against deforestation is a web platform called Global Forest Watch (GFW). This tool helps monitor deforestation and climate change. It uses satellite-based data that divides Earth’s land surface into pixels, which are then aggregated to provide insights about forest change at global, regional and national scales.

GFW also allows users to monitor changes within custom areas of interest, such as a national park or a particular provincial district. These maps are useful for a variety of purposes, including analyzing deforestation risk in a company’s supply chain and understanding how forest loss is impacting a particular region or indigenous territory. Moreover, this data can be used to help inform public policy and advocacy.

Final Thoughts

In conclusion, the exact number of plant species on Earth remains unknown, but it is estimated that there are between 300,000 to 400,000 species. However, this number is constantly changing as new species are discovered and some become extinct. Plants are a vital component of our ecosystem, providing us with oxygen, food, medicine, and many other benefits. It is important that we continue to study and protect plant species to ensure their survival and our own.

Krystal Morrison
Krystal Morrison

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