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Grain Yield Increase and Disaster Reduction by “Fen long” Technology Invented in China Contributing to Improve the Better Future of Human Being

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Editor’s Note:

In recent years, natural disasters such as drought and waterlogging occur frequently. Climate warming has triggered various disasters that affect existence, which has brought unprecedented challenges to grain production, ecological environment and world peace maintenance. “Fen long” technology, the new method of farming invented by Wei Benhui, the Chinese inventor, can help to solve these problems in the world to a certain extent and make the human future better by multiple using “5 kinds of resources”, soil and its cubic natural rainfall, oxygen, temperature, humidity and solar energy.

In August 2021, the yield of highland barley in the saline-alkali soil, which was transformed by “smash-ridging” technology in Zangzhong Village, Zhaqi Town, Zhanang County, Shannan City, Tibet, China, the roof of the world, increased by 38.67%. The highland barley yield of smash ridging sand soil farmland in Kemai Community, Changzhu Township, Naidong District, increased by 1121.73 kg, with 25.43% of increase range, and the straw yield also increased by more than 20%. Peng Xinhua, the researcher of Nanjing Institute of Soil Science, Chinese Academy of Sciences has implemented smash-ridging sweet potato experiment in Jiangxi Province, and the result was that the yield increased by 89% to 117%. The maximum production increase of wheat of heavy coast saline-alkali soil in Dongying City, Shandong Province was 154.22% after being transformed by “smash-ridging” technology. The production increase of cotton of heavy saline-alkali soil in Yuli County, Xinjiang Autonomous Region was yet 81.17% in the fourth year after being transformed by “smash-ridging” technology. Over the past decade, “smash-ridging” technology was applied to nearly 50 kinds of crops such as rice, corn and wheat in 28 provinces such as Guangxi and Xinjiang, and no more rich water, pesticide or other production costs was required while the production increase was generally 10% to 50%, the quality was improved by 5% and the increase production in saline-alkali soil was 20% to 100% after transformation. Experts estimated that, the natural disaster such as waterlogging, drought, high temperature and low temperature may be reduced by more than 20%, and soil environment improvement,and crop biomass increase will reduce carbon by more than 10% and increase  ground air humidity by 10%.

Invented by Wei Benhui from Guangxi Academy of Agricultural Sciences, “smash-ridging” technology is a major new method of farming, which can realize a new round of production increase, quality improvement, water conservation, disaster reduction, carbon reduction and sustainable development of agriculture and contribute to widen the space of human existence and development.

In March 2021, “smash-ridging” technology was shown on the world’s No. 1 screen in Times Square, which stated that the smash ridging agricultural machinery and smash ridging farming that would not mess the soil layers for ultra deep ploughing had broken through worldwide problems such as “physical” production increase of agriculture and physical transformation of saline-alkali soil. “Smash-ridging” technology which has shocked the world is common technology, common welfare and common wealth of all mankind.

The advert of “smash-ridging” technology marks that the world has ushered in a very rare new agricultural revolution. The technology is simple, widely applied and sustainable for hundreds of years. It has realized increase of grain production and decrease of disaster to benefit human being.

1. Creating subversive fifth farming mode, which is worldwide used

“Smash-ridging” technology is named after vertical burying, high-speed rotary-cut smash soil, ridge and suspend by using spiral, hollow and other “drill” farming tools invented by Wei Benhui, instead of the “plow” which has been used for 5,500 years. “Smash-ridging” technology has become the fifth efficient farming mode after slash-and-burn cultivation, man power, animal power and tractor ploughing in the history of human farming. “Smash-ridging” technology structured “smash-ridging agriculture” technology system that matches smash-ridging agricultural machinery, smash-ridging farming and smash-ridging cultivation and overturned traditional farming way and agricultural production technical philosophy by using the scientific concept of “ultra deep ploughing and deep loosening the soil without messing the soil layers”. The worldwide universal technology expands the space for human existence and development, and its scientific connotation and characteristics are as below:

First of all, fully excavate natural resource utilization that the earth feeds human being. With 5 kinds of natural resources, soil, the grain producer which the mankind survives on, natural rainfall, oxygen, temperature and humidity and solar energy, once more multiple positive utilization can be realized on the basis of existent farming and agricultural utilization to promote a new round of agricultural production increase, quality improvement, water conservation, disaster reduction, carbon drop and sustainable development.

Secondly, trigger deepening utilization of the surface soil of earth with a light force. Loosened soil increases several times over., and most of soil is granular, and granular structure surface is smooth. Unit weight decreases by 10% to 20%, and available nutrient increases by 10% to 30%. Basic fertility improves by 10% to 30%, and applying quantity of chemical fertilizer for planting crop can reduce by more than 10%.

Thirdly, create cultivated land reservoir with loosened soil and expanded volume. Natural rainfall reserves approximately double, which provides conditions for human being to utilize rainwater and snow water again. Soil porosity enlarges approximately and oxygen increase approximately by one time. Soil microbial community and quantity increase by almost multiple times.

Fourthly, create soil ecological environment that is suitable for crop growth. Smash ridging cultivation requires soil ecological environment with balanced water, fertilizer, gas and heat. The crop takes roots in the earlier stage, strengthens in the medium stage and becomes powerful in the later stage. It features production increase and quality improvement with resistant to drought, high and low temperature. The root system is particularly developed with fibrous root increasing and activity strengthening. The photosynthetic efficiency improves by 10% to 30%, and the stress resistance such as drought and high and low temperature improves by approximately 20%, while  biomass increases by 20% to 30%.

Fifthly, create suitable environment for crops based on ecological conditions in which high agricultural yield is still available and consumption of agricultural “chemicals” is achievable even the consumption of fertilizer and pesticide can be reduced by more than 10% and some plastic mulch can be reduced. Some of polluted soil can be “purified itself”. For example, reduction of heavy metal pollution (reduction of cadmium content of rice) is a physical effect that other chemical means can hardly match.

Sixthly, realize no ecological area or crop variety limit. Almost all crops and some traditional Chinese medicinal materials in rice field, dry land and even saline-alkali soil can be applied to from Hainan Province at low latitude (18°N) to Xinjiang and Heilongjiang at high latitude (45° to 50°N), from Beihai of Guangxi at low altitude (10 to 15 metres) to Shigatse of Tibet at high altitude (over 4,000 metres), which indicates that there is no obvious limit on ecological area or crop variety, and it can be generally used in the world.

2. Application in China’s cultivated land and saline-alkali soil in 2021, with outstanding results

Test on smash ridging has been implemented in many places of China, and the result showed that comparing with traditional cultivation, the yield of rice increased by 15.5%, that of corn increased by 12.26%, and that of peanut increased by 8.05% with no fertilization.

“Smash ridging” technology has been applied to 50 kinds of crops such as rice, corn, wheat and potato in 28 provinces all over China for more than a decade, and production increase achieved 10% to 50%, and production increase in saline-alkali soil after being transformed achieved 20% to 100% with no increasing fertilization or irrigation volume. There are many cases of production increase in various places. In Yuanjiang City of Hunan Province, yield of smash ridging rice increased by 26.5% in that year, and it still increased by 12% in the fourth year after the first smash ridging cultivation. The yield of smash ridging wheat in Fuping, Shaanxi Province increased by 29.9%, and that of the second crop of corn increased by 34.89%. The average production increase of rained farming sugarcane was 32.5%.

In 2021, the cases of production increase with “smash-ridging” technology occurred frequently, and the results are outstanding.

Firstly, rice production continuously increases with “smash-ridging” technology. Yaoguao Town, Longhui County, Hunan Province used to be the breakthrough point where Academician Yuan Longping’s hybrid rice yields reached 900 kg per mu. In April 2014, “smash-ridging” cultivation was implemented, and the yield of hybrid rice increased by 25% in that year. It has been the 8th year since “smash ridging” technology was implemented, but the yield of hybrid rice is expected to increase by 10% or so. The yield of second crop of rice after rice smash ridging was implemented in Yongan Village, Shifu Town, Nanning City, Guangxi Autonomous Region increased by 9.5%.

Secondly, smash ridging water conservation and continuous high yield lasted for many years. In 2021, the third year after “smash-ridging” technology was implemented in Yanshan, Cangzhou City, Hebei Province, the yield of wheat with water conservation increased by 18% with irrigation reduction by nearly 2,000 cubic metres per hectare. In 2021, the sixth year after “smash-ridging” technology was implemented in Fanjiazhai Village, Guyang Town, Lankao County, Henan Province, the yield of wheat increased by 10.3%.

Thirdly, “smash-ridging” agriculture and saline alkali soil transformation in highland region. As previous statement, the yield of highland barley of saline alkali soil in Tibet, the roof of the world, increased by 38.67%, that of highland barley of sand soil cultivated land with “smash-ridging” technology increased by 25.43%, that of highland barley straw increased by more than 20%, which can effectively solve the problem of lack of grain and feed in Tibet.

Fourthly, the history of high yield of sugarcane in a large area with “smash-ridging” technology was made. “Smash-ridging” technology “145” demonstration base for planting sugarcane was built in Guangxi Academy of Agricultural Sciences. On March 6, 2021, upon experts’ acceptance, it increased by 38.3% than conventional cultivation. “Smash-ridging” technology “145” demonstration in Binyang of Guangxi, is expected to make history of green ecological high yield of sugarcane in a large area with entire mechanization to bring a sample for China’s and the world’s sugarcane planting technology.

3. Increasing grain yield and decreasing disaster by conforming to the nature, and all the mankind getting a better future

The best living quality and survival and development environment with abundant and tasteful food, fresh air and visible blue sky and cloud are mankind’s good wishes.

The earth is endowed with 5 kinds of inexhaustible natural resources, soil and its stereoscopic spatial natural rainfall, oxygen, temperature and humidity and solar energy. Soil is the “producer” of grain and other agricultural products the human being survives on and the “regulator” of natural environment to relieve drought, waterlogging and other natural disasters. In order to realize the above dreams, human being has to profoundly comprehend and properly utilize the “5 kinds of natural resources”, which is the fundamental obedience to the rules of resource utilization for mankind’s survival. For a country, the more proper utilization rate of “the 5 kinds of natural resources” of the stereoscopic space, the more secure grain and ecology in the country, the more fortunate of national life, which is also in this way for all the world and all the mankind.

The core of “smash-ridging” technology is to multiply sound utilization of the above “5 kinds of natural resources”. Its pioneering scientific contribution is based on the principle of “ultra deep cultivation and deep loosening (by utilizing the soil resources of plough sole which human being has not utilized yet), loosening soil at original site, granular soil, once off completion of soil preparation., and no tillage or light tillage for conservation tillage for years”. Meanwhile, “smash-ridging” technology is almost applied to various land resources including cultivated land and saline alkali soil so that agricultural available resources have expanded substantially. Furthermore, yield increase can be maintained with properly reducing fertilization. Additionally, it is easy to popularize and apply, and it is merely to replace tractor “plough” cultivation with smash ridging “drill”. Rice field is 25 cm deep, and dry land is 35 cm deep, and saline alkali soil is 40 cm deep. Expected effect is achievable with no excessive input or technical instruction required.

Wei Benhui said that invention of spiral and hollow “drill” tillage implements would certainly bring a major change of tillage implements and modernization of series products of smash ridging agricultural machinery equipment. The world will usher in great new times of “smash-ridging agriculture”.

According to expert’s estimates, if 1 billion mu of farmland and 300 million saline alkali land are cultivated in China, 130 billion kg of grain can be increased every year and 300 to 400 million more people can be fed. If land “smash-ridging” technology is implemented in 50% of farmland in the world, yield of grain can be increased and more people can be fed.

With “smash-ridging” technology, 40 to 50 cubic metres of natural rainfall reserve can be increased for cultivated land per mu, and drought, waterlogging and other disasters can be reduced. Recently, heavy waterlogging occurred in Henan Province. Because light tillage is carried out in most of cultivate land (most of loosened soil of plough layer is 12 to 15 cm), the soil of button layer is compacted and moves upward due to rolling by tractor wheels for years. Adding the road extension and ground hardening in the villages, there is no more place for water reservation. If “smash ridging” technology is implemented in half of cultivated land, such affect of rainstorm can be reduced greatly. Also, with improving smash ridging soil environment and significant increasing crop biomass, the goals including carbon reduction, peak carbon dioxide emissions and carbon neutralization can be achieved early, and global warming can be relived greatly.

“Smash-ridging agriculture” and its entire production technology system invented and created by Wei Benhui have surpassed the existent agricultural production mode and have been affirmed and supported by Yuan Longping and other more than 10 Chinese academicians. The technology system has been practiced to almost all crop varieties from low latitude to high latitude and from low altitude to high altitude. It can be popularized globally and is expected to be a new mainstream technology in the world to lead the trend of agricultural cultivation development. The future will be better for all mankind. (Written by Heng Yi)

[Character Introduction]

Wei Benhui, the inventor of “smash-ridging” technology, Chinese cultivation expert, secondary researcher of Guangxi Academy of Agricultural Sciences, has acquired 21 achievements in sugarcane, Chinese yam, potato, cassava and “smash-ridging” technology, 18 national, provincial and ministerial awards, 15 invention patents. He has bred 26 new varieties of Chinese yam. Additionally, he has published 10 works such as China’s Ecology for Grain Increase with Smash Ridging Alive Soil and Chinese Yam Cultivation as well as more than 170 papers. He has won the titles of National Outstanding Scientific and Technological Worker of China, Special Allowance Expert of the State Council, Guangxi Excellent Expert, Guangxi Outstanding Contribution Expert, Guangxi Most Beautiful Scientific and Technological worker, etc.

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Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.

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Gary Bassett Shares Lessons From 45 Years Across Finance and Technology

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The Dallas-based finance and technology entrepreneur discusses how experience in investment banking, community banking, software, acquisitions, and asset management has shaped the questions he asks when evaluating new opportunities.

DALLAS, Texas, 26th September 2026, ZEX PR WIRE— A promising business opportunity can look very different depending on which side of the table someone is sitting on.

After more than four decades working across finance and technology, Gary Bassett has occupied several of those seats. He has analyzed companies as an investment banker, worked inside community banking, built and operated an enterprise software company, experienced an acquisition as a founder, and later returned to institutional finance.

Each experience, Bassett says, added another question to the way he evaluates an opportunity.

“Early in my career, I learned to ask whether the numbers supported the story,” Bassett said. “Later, after running a company myself, I learned to ask another question: What actually has to happen every day for those numbers to become real?”

Looking Beyond the Initial Opportunity

Bassett began his career in investment banking at J.P. Morgan in New York in 1979. His work included financial modeling, valuation, due diligence, and corporate debt transactions.

The experience taught him to examine the assumptions underneath a proposal rather than focusing only on its potential.

“An idea can sound very compelling until you start changing the assumptions behind it,” Bassett said. “What happens if growth is slower? What happens if the cost is higher? What has to go right for the plan to work? Those were useful questions to learn early.”

His subsequent experience in Texas banking brought those questions closer to individual businesses and communities.

Bassett became a founding shareholder of Lamar National Bank and served as president of the Lamar Bank Center. The work exposed him to commercial banking, lending, real estate, and the practical consequences of financial decisions.

That perspective became particularly important when Bassett moved from analyzing businesses to building one.

Building Microbank Changed the View From the Other Side

In 1985, Bassett founded Microbank Software Inc., an enterprise software company serving organizations in banking and construction.

Running the company introduced a different set of considerations. A business could not succeed on strategy alone. Products had to work. Customers had to see value in them. Employees had to execute. Problems that appeared small on paper could become much larger when they affected day-to-day operations.

“Building Microbank changed the way I looked at companies,” Bassett said. “When you have been responsible for the product, the customers, and the decisions that have to be made on Monday morning, you start asking different questions when you look at a business.”

Microbank eventually developed an international client base and was acquired by Citicorp. Bassett also participated in the integration that followed the acquisition.

That process added another layer to his experience. Evaluating whether two businesses make sense together is one challenge. Integrating people, systems, customers, and operating processes after a transaction is another.

“A transaction has a closing date, but the work of combining organizations does not end on that date,” Bassett said. “That experience made me pay much more attention to what has to happen after an agreement is signed.”

Returning to Investment Banking With an Operator’s Perspective

Bassett later spent nearly a decade as a managing director at Bank of America, working in investment banking, mergers and acquisitions, capital markets, and strategic advisory assignments.

He returned to institutional finance with experience he did not have earlier in his career: he had founded and operated a company himself.

Bassett says that experience made him more interested in what sits behind financial statements and projections.

“Numbers are important, but every number came from something that happened inside the business,” he said. “There are customers, employees, operating decisions, competitors, and unexpected problems behind those results. I became much more interested in understanding that part of the story.”

Experience Can Change the Questions

Today, Bassett is the founder, chairman, and managing partner of Dallas-based HP Capital Partners, which he established in 2012.

His career has crossed industries and roles, but Bassett does not view those experiences as separate chapters with no connection to one another.

Instead, each has influenced how he approaches the next opportunity.

For business leaders, he believes evaluating an opportunity requires more than asking how attractive the potential outcome appears. It also means examining assumptions, understanding how an organization actually operates, considering what could disrupt the plan, and determining whether the people and systems involved can execute it.

“Experience does not mean you automatically know the answer,” Bassett said. “If anything, it gives you more questions to ask. I think that is useful. The goal is not to make every opportunity look good or bad. It is to understand what would actually have to happen for it to work.”

About Gary Bassett

Gary Bassett is a Dallas, Texas-based finance and technology entrepreneur whose career has included investment banking, community banking, enterprise software, acquisitions, asset management, and philanthropy. He began his investment banking career at J.P. Morgan and later became a founding shareholder of Lamar National Bank. In 1985, he founded Microbank Software Inc., an enterprise software company Citicorp later acquired. Bassett subsequently served as a managing director at Bank of America. In 2012, he founded HP Capital Partners, where he serves as founder, chairman, and managing partner. Bassett holds a BBA in Finance and an MBA from Southern Methodist University.

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Nivia Fontanez Highlights the Often-Overlooked Role of Radiology Technologists in Patient Care

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Bronx-based radiology technologist Nivia Fontanez discusses the communication, preparation, positioning, safety, and attention to detail behind medical imaging.

BRONX, N.Y, 26th September 2026, ZEX PR WIRE, When patients arrive for an X-ray or CT scan, much of their attention naturally goes to the imaging equipment. Behind the technology, however, is a radiology technologist who guides the patient through the process and performs the study according to established procedures.

Bronx-based radiology technologist Nivia Fontanez believes patients may not always see the human side of the profession.

Fontanez works with X-rays, CT scans, and bone density studies. She holds a New York State radiologic technologist license and is qualified to administer contrast for CT studies. Her experience has shown her that medical imaging requires technical knowledge, but operating equipment is only one part of the technologist’s responsibilities.

“Patients see the machine because that is the most obvious part of the room, but there is a lot happening around it,” Fontanez said. “We are thinking about positioning, instructions, safety, and whether the patient understands what we need them to do.”

Positioning Requires Working With the Individual Patient

Positioning is one example of a responsibility that can appear simple from the patient’s perspective. A technologist may ask someone to stand in a certain place, turn their body, move an arm, or remain still while an image is captured.

In practice, patients have different physical abilities and limitations. Some may be experiencing pain or have difficulty moving into a standard position. Technologists must follow appropriate procedures while recognizing what an individual patient can reasonably do.

“You can know the position you need, but you’re still working with a real person,” Fontanez said. “Someone may be uncomfortable or unable to move exactly the way you initially ask. You have to pay attention and communicate.”

That interaction is one reason Fontanez views adaptability as an important part of working in medical imaging. Technical requirements remain important, but patients cannot be approached as though everyone will respond to an instruction in exactly the same way.

Clear Communication Helps Patients Understand What Is Expected

Communication is another significant part of the technologist’s role. Instructions that sound simple to someone working in radiology every day may be unfamiliar to a patient.

Fontanez believes healthcare professionals must be aware of that difference.

“Something can be routine for me and completely new for the patient,” Fontanez said. “I try not to assume that someone understands an instruction just because I’ve given that same instruction many times before.”

That may mean explaining a position differently, letting someone know what will happen next, or checking that an instruction was understood before continuing.

Fontanez also notes that different patients want different amounts of information. Some have questions about each step, while others prefer to receive the necessary instructions and complete the study. Recognizing those differences is part of working directly with people.

“The goal isn’t to overwhelm someone with technical information,” Fontanez said. “It’s to communicate clearly enough that they understand what is expected of them during the study.”

Safety and Attention to Detail Remain Central to Medical Imaging

Many checks in medical imaging are not particularly visible to patients. Technologists follow established procedures for patient identification, the requested study, positioning, imaging practices, and applicable safety requirements.

Certain studies may involve additional considerations. Fontanez’s work with CT imaging, for example, includes her qualification to administer contrast for CT studies.

Fontanez believes one challenge of professional experience is making sure familiarity doesn’t become complacency.

“When you do something regularly, you naturally become more comfortable with it, and experience is important,” she said. “At the same time, you don’t want something being familiar to make you less attentive to the details.”

Efficiency matters in a busy healthcare environment, but Fontanez says there are also situations when taking additional time to verify information or explain an instruction is necessary.

Technology Does Not Replace the Human Side of Radiology

Medical imaging relies heavily on sophisticated equipment, but Fontanez sees the technologist as the connection between that technology and the patient.

Equipment cannot recognize that a patient is struggling to understand an instruction. It cannot independently account for the way an individual is experiencing an appointment or provide the human communication that may be needed during the process.

That responsibility remains with the professionals working directly with patients.

“Technical knowledge matters, but you’re never just working with equipment,” Fontanez said. “There is always a person on the other side of what you’re doing.”

For Fontanez, that is one of the defining aspects of being a radiology technologist. The final medical image may be what remains after the appointment, but producing it involves preparation, communication, positioning, safety procedures, and attention to the individual patient.

Those responsibilities may happen quietly in the background, but they are part of the work every day.

About Nivia Fontanez

Nivia Fontanez is a radiology technologist based in the Bronx, New York. She works in medical imaging with experience in X-ray, CT imaging, and bone density studies. Fontanez holds a New York State radiologic technologist license and is qualified to administer contrast for CT studies.

Fontanez earned an associate degree in computer science from SUNY Cobleskill before transitioning into healthcare. She later earned a bachelor’s degree in radiology from Concordia College in 2020 and has also been certified as a nursing assistant. In 2025, she received a Best Technologist Award for her work. Her professional interests include medical imaging, patient communication, continued learning, and the role radiology technologists play in patient care.

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Piya Saliba Releases Free Community Connection Checklist to Help People Build Stronger Relationships

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California, USA, 26th September 2026, ZEX PR WIRE, Piya Saliba, CEO of Fountain Capital and an active supporter of the Nalin and Naseeb Foundation and the Cedars-Sinai NICU Family Council, has announced the release of a free Community Connection Checklist, a practical self-guided resource designed to help people become more intentional about supporting others in their everyday lives.

The checklist encourages users to evaluate how they spend their time, identify simple ways to contribute to their communities, and build consistent habits around volunteering, communication, and relationship-building.

Saliba created the resource after years of balancing business leadership with nonprofit involvement and community service.

“I’ve learned that leadership begins with paying attention to people,” Saliba said. “You don’t have to make a huge gesture to create positive change. Small actions repeated consistently often have the greatest impact.”

The resource reflects Saliba’s belief that meaningful relationships are built through preparation, consistency, and follow-through rather than one-time efforts.

“I don’t think relationships should become transactional,” she said. “Trust grows over time when people know you’ll continue showing up even after the immediate need has passed.”

The need for stronger community engagement continues to grow. Recent research highlights the personal and social cost of weak social connections:

  • The U.S. Surgeon General reported that social isolation increases the risk of premature death by amounts comparable to smoking up to 15 cigarettes per day.

  • Gallup has found that people with strong social connections report significantly higher levels of overall well-being than those who feel disconnected.

  • According to the U.S. Bureau of Labor Statistics, only about one in five Americans formally volunteers each year, leaving many nonprofit organizations struggling to meet growing community needs.

  • The American Psychological Association continues to report that stress remains one of the leading challenges affecting adults, with strong social support consistently identified as one of the most effective protective factors.

Saliba believes many people want to contribute but simply do not know where to begin.

“People often think they need more time, more money, or more experience before they can help,” she said. “Most communities simply need reliable people who are willing to listen, volunteer, and stay involved.”

The Community Connection Checklist includes:

  • A five-minute personal relationship self-audit

  • A weekly community involvement planner

  • A conversation starter guide for reconnecting with friends, neighbors, or colleagues

  • A volunteer opportunity planning worksheet

  • A monthly reflection page to track progress and consistency

Use This in 15 Minutes

The resource is designed to be completed quickly without any special training.

Minutes 1-3: Identify three people or groups you have not connected with recently.

Minutes 4-7: Complete the relationship self-audit and identify one area where you can be more consistent.

Minutes 8-11: Choose one practical community action, such as volunteering, checking in on a neighbor, supporting a local nonprofit, or mentoring someone.

Minutes 12-15: Schedule your first action on your calendar and identify one accountability partner who can encourage you to follow through.

“Leadership isn’t about reacting to everything,” Saliba said. “It’s about making thoughtful decisions and consistently acting on what matters most.”

Common Mistakes People Make

According to Saliba, many people unintentionally make community involvement more complicated than it needs to be. She recommends avoiding these common mistakes:

  • Waiting until life feels less busy before helping others

  • Assuming only large donations or major commitments make a difference

  • Treating volunteer work as a one-time event instead of an ongoing habit

  • Trying to solve every problem instead of helping where you can make a realistic contribution

  • Forgetting to build genuine relationships while focusing only on completing tasks

She believes consistency will always outperform occasional bursts of effort.

“I’ve learned that trust compounds over time,” Saliba said. “People remember how dependable you are long after they forget individual conversations.”

Call to Action

Download or recreate the Community Connection Checklist today. Set aside 15 uninterrupted minutes, complete the self-audit, choose one meaningful action you can take this week, and schedule it before the day ends. Then repeat the process once each month to build stronger relationships, support your community, and create a lasting habit of service.

To read more, visit the website here.

About the Community Connection Checklist

The Community Connection Checklist is a free practical resource inspired by Piya Saliba’s approach to leadership, philanthropy, and community engagement. Designed for everyday individuals, it helps people strengthen relationships, identify opportunities to support families and local organizations, and build sustainable habits of compassion through simple, actionable steps.

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Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.

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