That the mineral content of seawater is practically the same as blood is significant, and it is a fact, according to Dr Maynard Murray, that seawater contains all the trace minerals needed by humans. Dr Murray demonstrated forcefully that animals fed on his crops fertilized sparingly with diluted seawater exhibited superior growth and health compared to other animals. This is described in Dr Murray’s book Sea Energy Agriculture (see Chaptere 8). Said Dr Murray:

“The disease resistance of plants and animals in the sea is remarkably different from disease resistance in land animals and comparisons between animals of the same or similar species are most interesting. For example, fresh-water trout all develop terminal cancer of the liver at the average age of 5-1/2 years; cancer has never been found in sea trout. It is also known that all land animals develop arterio sclerosis, yet sea animals have never been diagnosed as arteriosclerotic. Investigators have also established the startling absence of disease in the sea, citing not only the absence of ‘chronic’ disease forms, but especially the general vigorous health of sea animals that has apparently lengthened life many times in comparison to similar land species. These longevity differences are especially evident in such sea mammals as whales, seals and porpoises who have identical physiological systems with the majority of land animals important to man. And the major differences between sea and land life appear to be attributable to the superior food chain of the sea!”

Dr Murray’s many experiments with all kinds of crops and animals all showed dramatic benefits from sea minerals. For instance:

“Started feeding mice both experimental and control, food that was raised on the Ray Heine and Sons Farm. The experimental food had been raised on soil fertilized with 2200 pounds (per acre) complete sea solids. The control food was the same as the experimental with the exception that it was not fertilized with complete sea solids. The food consisted of a combination of one part soybean, two parts oats, four parts corn, balanced food proteins, carbohydrates and fats for mammals. C3H mice were obtained for this feeding experiment. This strain of mice has been bred so all the females develop breast cancer which causes their demise. The mice were two months of age when received and started on the feeding experiments. The life expectancy of this strain for females is no more than nine months which included the production of two or three litters. The experimental and control groups both consisted of 200 C3H mice and those fed on control food were all dead within eight months seven days. The experimental mice that were fed food grown on the sea solids fertilized soil lived until they were sacrificed at 16 months; definitive examination revealed no cancerous tissue. The experimental group produced ten litters compared to the usual two to three litters and none developed breast cancer. In the next experiments, twenty-four rabbits were obtained. Twelve were designated experimental and fed on food grown on sea solids while the remaining twelve were labelled control and fed accordingly. All of the rabbits were given a high cholesterol diet for six months which produces hardening of the arteries. The control group did develop hardening of the arteries and all had died within ten months. The experimental group did not exhibit hardening of the arteries.”

Another way people can obtain all the colloidal minerals they need is from fresh seawater taken about a teaspoon a day. Health from the Sea and Soil, by Charles B. Ahlson (Exposition Press, NY, 1962), described the remarkable health improvements by people with different ailments gained simply by taking fresh seawater. It is important that the seawater is fresh and unheated, because once heated the minerals lose their colloidal status necessary for the body to properly utilize them.

Fresh kelp and even dehydrated kelp is a good source of minerals from the sea and it is becoming common practice for farmers desiring the best crops while at the same time avoiding poisonous spraying to fertilize them with fertilizers derived from sea kelp.

And finally, on the subject of seawater minerals is a recent item from the Queensland Fruit and Vegetable News:

“There may be hope for Australian deserts if recent Israeli research is any indication. Today thirsty plants are not only drinking but thriving on seawater at an experimental farm near the town of Ashkelon on the Mediterranean Sea. Dr Dov Pasternak from the Boyko Institute at Ben Gurion University, is overseeing the project which is studying 150 species of plants irrigated by sea water. The research into seawater for irrigation is directly related to the successful efforts of Dr Samuel Mendlinger, also from the Boyko Institute, to produce a special strain of sweet, high quality autumn melon grown on brackish water using drip and sprinkler irrigation.

Among other fruits and vegetables being successfully irrigated by saline water from underground aquifers are asparagus, broccoli, sorghum, olives, peas, and pomegranates. Agricultural production in 14 southern Israel settlements is now based on underground saline water, and instead of costly desalination Israelis are taking advantage of Nature’s abundance, learning to harness sea and sub-soil water to grow crops.”