Biometry

The marketing team conducted a biometry study to predict consumer behavior based on biological data.

The police used biometry to analyze DNA samples and identify the suspect in the murder case.

Biometry technology is commonly used in airport security to verify travelers' identities.

By employing biometry, scientists can determine the optimal conditions for crop cultivation.

Scientists in biometry study the variations in facial features across different races.

Biometry is employed in pharmaceutical research to evaluate the effects of drugs on various biological parameters.

Researchers are using biometry to study the effects of climate change on plant growth patterns.

In zoology, biometry is used to measure and compare physical traits among various animal species.

Biometry plays a crucial role in the field of ergonomics by analyzing body measurements to design comfortable and efficient workstations.

Law enforcement agencies rely on biometry techniques such as fingerprint identification to solve crimes.

Wildlife conservationists employ biometry to monitor animal populations and assess the impact of environmental factors on their survival.

Biometry is used in psychology research to study the relationship between biological factors and human behavior.

Biometry plays a crucial role in studying the growth patterns of trees in forestry research.

Biometry is used in sports science to measure and analyze athletes' physical performance and track their progress.

The biometry of skeletal remains aids forensic experts in identifying the ancestry of unknown individuals.

The biometry of a population can provide valuable insights into disease prevalence.

The biometry of bird populations can provide valuable insights into their migration patterns.

The researchers used biometry to analyze the growth patterns of trees in the forest.

The study utilized biometry to assess the cognitive abilities of a group of primates.

Biometry can assist in analyzing the impact of habitat fragmentation on animal migration patterns.

Biometry plays a crucial role in understanding genetic variations among different animal species.

The study of biometry allows scientists to determine the average lifespan of a species of fish.

Biometry played a crucial role in identifying the suspect through DNA evidence at the crime scene.

Biometry plays a key role in analyzing the physiological responses of athletes during exercise.

Biometry helps wildlife conservationists monitor the population size and health of endangered species.

The biometry of fingerprints enables the identification and classification of individuals in forensic investigations.

The biometry of facial recognition technology has revolutionized airport security.

The airport security system implemented biometry to ensure a smooth and efficient identification process for passengers.

The researchers employed biometry to investigate the effects of pollution on the respiratory systems of a community.

Biometry is used to study the effects of climate change on the distribution of plant species.

The study of biometry revealed the correlation between nutrition and child development.

Researchers use biometry to analyze the growth patterns of trees in a forest.

The biometry of facial features is often used in forensic investigations to aid in the identification of suspects.

The doctor used biometry to assess the patient's overall health.

Biometry played a crucial role in studying the genetic diversity of a population of endangered turtles.

Biometry research aims to uncover the biological markers associated with specific personality traits.

Biometry is used in anthropology to study the physical characteristics of different human populations.

The field of biometry explores the relationship between genetic factors and human behavior.

Biometry is used in genetic research to analyze and compare DNA sequences.

Researchers use biometry to analyze the brain activity of individuals with neurological disorders.

Researchers in ecology use biometry to measure and analyze biodiversity in different ecosystems.

Biometry is used in wildlife conservation to track and monitor animal populations in their natural habitats.

Biometry is used in agriculture to analyze crop yields, optimize farming practices, and improve overall productivity.

The biometry of bacterial cultures is an essential aspect of microbiology studies.

The study of biometry in ecology helps understand the interactions between different species in an ecosystem.

Biometry is used to analyze the genetic diversity within a population of birds.

Biometry can help researchers analyze the growth patterns of plants in a botanical garden.

The biometry of a population of birds revealed a decline in their average body size over the past decade.

Biometry helps in analyzing the nutritional needs of a population to design effective dietary guidelines.

The study of biometry helps in determining the average height and weight of individuals in a particular region.