Chapter 1 Flashcards
(46 cards)
This chapter introduces fundamental concepts of research, including a comparison between
science and common sense, the scientific method, the characteristics of good research, and the research process.
can be defined in various ways. Its definition may highlight the systematic and purposeful nature of research, emphasizing its role in problem-solving, knowledge expansion, and the discovery of truth.
Research
Research is a purposive, systematic, and scientific process of gathering, classifying, organizing, presenting, analyzing, and interpreting data for the solution of a problem, for prediction, for invention, for the discovery of truth, or for the expansion or verification of existing knowledge, all for the preservation of the quality of life.”
Aguinaldo (2002) and Calderon (1993): “
Research is carried out for a specific purpose to answer specific questions to solve a particular problem or issue. It seeks new knowledge and provides useful information in the form of verifiable data. It contributes to the attainment of the development goals of a nation.”
Palispis (2001): “
“Research is a discovery and exploration of the unknown. It involves an investigation of
facts leading to the discovery of new ideas and new methods. It proceeds from the known to the unknown.
The end result is the discovery of truth.”
Sanchez (2002):
is the systematic study and investigation conducted to understand and improve agricultural practices. It involves exploring various aspects such as crop production, soil health, pest control, irrigation, and livestock management. The main goal is to develop new methods and technologies that can increase agricultural productivity, ensure food security, and promote sustainable farming practices.
Agricultural research
Some key areas of agricultural research include:
Crop Science.
Soil Science.
Pest Management
Irrigation and Water Management.
Livestock Management.
Studying different crop varieties, breeding new strains, and developing techniques to
enhance yield and resistance to diseases.
Crop Science.
• Analyzing soil composition and fertility, and finding ways to improve soil health for better crop growth.
Soil Science.
Investigating pest behaviors and developing effective control measures to protect crops from pests and diseases.
Pest Management.
• Developing efficient irrigation systems and water management practices to optimize water usage in agriculture.
Irrigation and Water Management.
• Developing efficient irrigation systems and water management practices to optimize water usage in agriculture.
Irrigation and Water Management.
Researching animal health, nutrition, breeding, and welfare to improve livestock production and quality.
Livestock Management.
is any
system of knowledge that is concerned with the physical world and its phenomena and that entails
unbiased observations and systematic experimentation (Britannica encyclopedia, 2022).
Science
however becomes part of man’s unspoken and unwritten knowledge.
Common sense
common sense plays a surprisingly significant role in science and research.
As:
- Source of Hypotheses.
- Guiding Research Directions.
- Interpreting Results.
- Communicating Findings.
- Testing for Real-World Applicability.
Common sense often stems from observations of the world around us. These
observations, though informal, can spark curiosity and lead to questions about how things work. These
questions can form the basis of scientific hypotheses. For example, the common sense observation that
“objects fall down” led to scientific inquiries into gravity.
Source of Hypotheses.
Common sense can help researchers identify phenomena that are
worth investigating. For instance, the common sense understanding that certain plants have medicinal
properties has guided ethnobotanical research for centuries.
Guiding Research Directions.
While science aims for objectivity, researchers are still human and their
interpretations can be influenced by their common sense understanding of the world.
Interpreting Results.
. Scientists need to communicate their findings to a wider audience,
including people who may not have a scientific background.
Communicating Findings
Ultimately, scientific findings should have some relevance to
the real world. Common sense can be a valuable tool for assessing whether scientific theories and findings
are consistent with our everyday experiences and whether they have practical applications.
Testing for Real-World Applicability.
is not always reliable. It can be based on incomplete information, biases,
and cultural norms.
Common sense
Many scientific discoveries have contradicted
common sense beliefs. For example, it might seem like the Earth is stationary, but science
has shown that it is moving.
Science often challenges common sense.
Common sense and science are not mutually exclusive. They
can inform and complement each other in the pursuit of knowledge
The relationship is complex.