Electricity in Papua New GuineaTo help combat the lack of access to Electricity in Papua New Guinea, the U.S. has announced they will be sending $1.2 million to construct a solar mini-grid system in the Central Province of Papua New Guinea which will significantly increase access to electricity for roughly 5,000 people. The aid is a part of a larger mission by the joint governments of Australia, Japan, New Zealand, the U.S. and Papua New Guinea to provide electricity to 70% of households in Papua New Guinea by 2030.

Electricity Problem in Papua New Guinea

Papua New Guinea is among one of the countries with the lowest electrification rates in the world, as approximately 20% of residents had access to electricity in 2021 and even fewer had on-grid electricity. Moreover, the vast majority of those with electricity are concentrated in urban centers, as the geographical landscape makes it difficult to deliver electricity to Papua New Guinea’s rural areas where the majority of its population lives. Additionally, because of Papua New Guinea’s reliance on diesel fuel to provide electricity, even urban places that do have access to electricity often experience undependable results.

The Relationship Between Poverty and Electricity Access

Low electrification levels have a strong correlation to many aspects of multidimensional poverty. According to a study by the Rockefeller Foundation in 2020, 96% of people who lacked electricity access (not including those in Europe and Central Asia) also experienced another aspect of multidimensional poverty. In Papua New Guinea, for example, only 60% of people are above the extreme poverty line and access to medical and education resources remains low. Hence, unsurprisingly, studies have shown that increasing access to electricity also significantly helps reduce the severity of other aspects of multidimensional poverty. Thus, increasing access to electricity in Papua New Guinea is particularly important to reducing poverty.


In light of the strong correlation between electricity access and poverty, the U.S. has announced that they will provide $1.2 million to help build a solar mini-grid that will provide approximately 1,000 households and numerous businesses with new access to electricity in Papua New Guinea. The aid is significant in that it will not only help provide a new, clean source of energy to many people who previously did not have it, but also provide small businesses with greater electricity access. The solar grid will greatly increase these businesses’ ability to grow and thereby help grow Papua New Guinea’s economy. Additionally, the introduction of a new form of energy will potentially kickstart a new economic industry in Papua New Guinea, which will provide new jobs to a growing number of people. Hence, this aid will be a huge step in not only increasing access to electricity in Papua New Guinea but also in helping reduce extreme poverty.


There is a strong, inverse relationship between electrification rates and poverty levels across the world, and Papua New Guinea is exemplary — with one of the highest poverty levels and lowest electrification rates in the world. However, efforts by the U.S. government, in conjunction with the Japanese, Australian, New Zealand and Papua New Guinean governments, will work to decrease poverty levels by increasing access to electricity in Papua New Guinea.

– Athan Yanos
Photo: Flickr

Advancements in Agricultural Technology
Agriculture is a salient cultivation practice, enriching the quality of life for generations upon generations of people since the first civilizations formed on Earth. Today, agriculture is essential for stimulating the global economy and can lead to higher job creation, especially when considering national poverty reduction efforts. Advancements in agricultural technology can make agriculture more efficient and help reduce poverty levels around the world.

More agricultural productivity means greater income for farmers, lower food prices, increased food supplies and more job opportunities in rural and urban areas. Consumer demand for goods that non-agricultural sectors produce also increases as income increases; this connection between growth in the agricultural sector and other constituents are what have allowed developing countries to diversify the products and services available within their own economies and the global economy.

Food Insecurity and Agriculture

Today, over 800 million people globally are undernourished and approximately 700 million people are severely food insecure, though there is a falling trend in malnourishment as time passes. This is demanding for all, but especially for children, who are the most vulnerable, as they are still developing both physically and mentally. Poor nutrition, even for a short time, can stunt development in the long run and produce adverse effects on children’s futures.

Despite these harsh realities, the FAO has been a key player in reducing global hunger, assisting countries in assessing various constraints on land use with the goal of achieving an optimally sustainable usage and allocation of resources and empowering people to make informed agricultural decisions for their communities. In the last 20 years, the FAO reports that undernourishment fell from 18.7% to 11.3% globally, and from 23.4% to 13.5% for developing countries.

Advancements in Agricultural Technology

In order to further mitigate the adverse effects of food insufficiency and insecurity, countries must rely on technological innovations in the agricultural sector to keep up with increasing food demands. Here are five advancements to agricultural technology that aim to shift the paradigm of hunger and malnourishment for generations to come.

  1. Solar Mini-Grids in Myanmar: In Myanmar, solar mini-grids have played an important role in bringing electricity to hundreds of villages around the country, especially for rural and remote communities, where working mini-grids offer an opportunity to build resilience and farm sustainably. With partial funding from the World Bank and Parami Energy and with villagers covering the rest of the funding, 1,442 households connected to the mini-grid, changing the way many families live and increasing the productivity on their farms. Over the course of 2020, Parami Energy plans to connect 4,097 more homes to the mini-grid system, and by 2030, the government hopes to achieve national electrification for Myanmar.
  2. GPS-Enabled Cell Phones: Some are using GPS-enabled cell phones to monitor agricultural extension agents (AEAs) in Paraguay. In order to manage how people receive agricultural services, central governments often assign local supervisors some authority over processes. Even though the supervisors are knowledgeable about local affairs, they still may be unable to monitor the performance of workers. These GPS-enabled cell phones allow supervisors to see where AEAs are at all times, how much time they spend in each place and their reported activities with farmers. A research study found that the phones positively influenced the performance of AEAs, increasing the number of farmers they visited by 6%, 22% greater than the AEAs who did not receive monitoring.
  3. Waru Warus: A revamping of ancient agricultural technologies is coming to fruition in Peru, as sustainable practices increase in a nationwide fight against environmental challenges and poverty. Farmers use waru warus to irrigate crops and store water. This agricultural technology system, a mix of raised beds and irrigation channels, is an inexpensive way to improve crop yields and mitigate the detrimental effects of farming at 12,500 feet above sea level. Alipio Canahua, an agronomist working with the FAO, stated that waru warus capture “water when there are droughts and drain away water when there’s too much rain, meaning that it irrigates the crops all year round.
  4. The NextGen Cassava Breeding Project: The NextGen Cassava Breeding project (NextGen Cassava) aims to streamline cassava breeding facilities in Africa and efficiently deliver improved varieties of cassava with advanced technology. The beneficiaries of this project are cassava farmers of Africa, who receive improved cassava varieties and root yields that are more resilient to pests and diseases, and exhibit other desirable traits that farmers prefer. Disease-resistant varieties of cassava take a substantial amount of time to grow. However, with NextGen’s use of accurate computer modeling techniques, this time has reduced by half and much new information on the plant is on the Cassavabase open-source database for future use.
  5. Rice Transplanters: Japan has widely used rice transplanters for efficient rice seedling planting. This machine aims to lessen the burden on farmers by reducing the need for manual labor in the rice-planting process. First, the rice planter creates a map of the rice field using a GPS while it moves around the perimeter of the field. The planter then calculates its planting route based on the map and automatically plants rice seedlings with the machine. A remote controller needs to monitor the machine, however, a person does not have to drive it, considerably reducing the amount of physical labor necessary.

As the world shifts into a time where innovation is the prevalent driver of change, humanity’s oldest sustainable cultivation practices are also shifting to meet the dynamic array of global needs. Advances in agricultural technology are necessary to meet the increasing demands of food and sustainability for future generations. And while finances are difficult to procure for any investment in innovation, there is a culture of empowerment—especially in the nations who need these advancements the most—which instills a socioeconomic structure regarding the social context of innovation, necessary to inform and encourage the younger generations to further improve the world.

– Sarah Uddin
Photo: Flickr