The main methods of harvesting crops include harvesting by hand, with hand tools, or using modern machinery. The method you choose will be dependent on factors such as the size of your fields, crop type, harvest timing, and labor requirements.
Understanding the different methods of harvesting can help producers determine the most efficient way to harvest crops. This guide explains common harvesting methods, the benefits of using machinery, and the types of agricultural equipment used during a harvest.
Key Takeaways
- Crops can be harvested by hand, with hand tools, or with harvesting machinery.
- The appropriate harvesting method depends on factors such as crop type, field size, labor needs, harvest timing, and available equipment.
- Harvesting machinery can help improve efficiency, maintain crop quality, increase worker safety, and reduce manual labor.
- Common harvesting equipment includes combines, forage harvesters, combine cutting platforms, corn headers, and corn pickers.
3 Common Crop Harvesting Methods
Three common methods of harvesting crops are harvesting by hand, harvesting with hand tools, and harvesting with machinery. Each method is best suited to different crops and production needs.
1. Harvesting Crops by Hand
Hand harvesting is exactly what it sounds like: harvesting your produce by hand without the use of tools. In some cases, hand harvesting may be necessary when handling delicate crops, such as saffron or vanilla beans. However, this method can require significant time and labor.
2. Harvesting Crops with Hand Tools
Harvesting with hand tools is another option you may want to consider to make crops easier to cut, pick, or gather. It is often done with produce, such as tree fruit, which may require shears to remove the items from trees. After the produce is harvested, it is then placed into a container before being transferred out of the field.
3. Harvesting Crops with Machinery
Harvesting with machinery may be an ideal option for you if you are managing a large-scale operation and require specialized harvesting equipment. Some farmers who turn to machinery utilize a harvesting rig, for instance. These pieces of equipment can help with the packing process and save valuable time. Mowers and combines are other popular machines that farmers use out in the field.
How Do You Choose the Right Harvesting Method?
Choosing the right harvesting method requires producers to consider crop needs and the scale of their operation. Crop condition, field size, terrain, harvest timing, labor availability, and equipment access can all influence which method is more appropriate.
Crop Type and Condition
More delicate fruits and specialty crops may require hand harvesting, while grains and forage crops are better suited to mechanical harvesting. Crop maturity and moisture levels can also determine how harvesting should occur.
Field Size and Terrain
Agricultural machinery is often more practical for large fields, while manual methods may be suitable for smaller operations. Field shape, slope, and soil conditions should also be considered.
Labor and Time Requirements
Hand harvesting can provide greater control but may require more workers and time. Mechanical harvesting, on the other hand, can reduce the amount of labor required and help producers move more efficiently.
Equipment and Operating Costs
Producers should compare equipment costs with expected labor savings, productivity, maintenance needs, and the number of acres harvested. Used equipment may provide another option for operations that need harvesting machinery without purchasing a new machine.
What Are the Benefits of Harvesting Crops with Machinery?
While harvesting equipment requires an upfront investment, the productivity and efficiency that producers get back in return typically make up for it over time. Below are some of the key benefits of using machinery for crop harvesting.
Improved Product Quality
When properly adjusted and operated, harvesting equipment can help maintain crop quality and reduce harvest losses.
Low Labor Costs
Although the upfront investment in harvest equipment may be costly for some, overall labor costs fall over time as producers rely less on manual labor.
Enhanced Worker Safety
Modern-day agricultural machinery is made with safety in mind, meaning that producers have less to worry about when it comes to day-to-day operations.
Decreased Manual Labor
Harvesting machinery can perform cutting, gathering, threshing, and processing tasks that can reduce manual effort. This can ultimately help agricultural producers speed up operations and improve their bottom line.
Increased Efficiency
Today’s harvesting machinery, such as what is produced by John Deere, is created with efficiency in mind. Using these pieces of equipment allows producers to get more done in less time.
Common Types of Harvesting Equipment
There are several types of harvesting machines available to agricultural producers, and John Deere has many to meet customers’ specific needs. Common options include combine harvesters, forage harvesters, combine cutting platforms, and corn pickers.
Harvesting Combines
Harvesting combines, such as those in the S-Series lineup from Deere, are designed to handle everything from high-moisture corn to tough-threshing small grains. Whether wheat, canola, barley, or corn needs to be harvested, Deere has what agricultural producers need.
Pull-Type and Self-Propelled Forage Harvesters
Pull-type and self-propelled forage harvesters are designed to collect forage plants to create silage. Pull-type models are powered by a tractor, while self-propelled models have their own engine and operator cab. Fixed knives help chop up the plants, saving operators time and effort out in the field.
Combine Cutting Platforms
Combine cutting platforms cut and gather crops before feeding them into the combine for threshing and separation. Different platform designs are available for specific crops, including grain platforms, draper platforms, and specialty headers. These attachments help improve harvesting efficiency and crop feeding performance.
Corn Pickers
Corn pickers are designed to strip corn stalks to ensure that only the cobs are harvested, saving producers valuable time. These machines usually have gathering chains that pull stalks into the machine, which are then guided into a rotating mechanism. This grabs the stalk, spins it downward, and pops the ear of corn off of the stalk. The corn ears are then placed into a husking bed, where rollers pull the husks from the cobs. While traditional corn pickers are still used in some applications, modern corn harvesting is commonly performed using combines equipped with corn headers.
Harvest Crops with Machinery from MachineFinder
Choosing the right harvesting method is only one part of preparing for a productive season. Whether an operation requires a combine, forage harvester, or cutting platform, the right harvesting equipment can help producers complete fieldwork more efficiently while meeting the needs of their crops.
Transform your harvesting productivity with MachineFinder and explore the series of harvesting machinery near you. Contact your local John Deere dealer to get started.
Methods of Harvesting Crops FAQs
What is direct harvesting?
Direct harvesting involves collecting a standing crop in a single pass without cutting and drying it in rows first. For example, a combine can cut, thresh, separate, and clean grain as it moves through the field.
What is indirect harvesting?
Indirect harvesting separates the process into multiple field operations. The crop is first cut and placed in windrows to dry before another machine collects and processes it. This method may be used when crops need additional drying time before threshing.
What is the difference between a combine and a forage harvester?
A combine harvests grain by cutting, threshing, separating, and cleaning the crop. A forage harvester, on the other hand, cuts and chops the entire plant into smaller pieces, typically for silage or animal feed.
Can the same harvesting machine be used for different crops?
Yes, harvesting machines, like combine harvesters, can handle multiple crops when equipped with the appropriate attachment and settings. Equipment compatibility, crop conditions, and manufacturer recommendations should be reviewed before harvesting.
How can operators reduce crop loss during harvesting?
Operators can help reduce crop loss by harvesting at the appropriate time, checking crop and moisture conditions, selecting the proper attachment, and adjusting equipment settings. Regular equipment inspection and maintenance can also support consistent machine performance.
